mhurhangee/ep-ind-claims huggingface dataset:
A developing cartridge configured to be disposed in an image forming apparatus, the developing cartridge comprising: a developing portion; a toner storing portion which is configured to store toner; a partition wall formed between the developing portion and the toner storing portion and provided with a toner supply section through which the toner in the toner storing portion is configured to be supplied to the developing portion; a first agitating member rotatably disposed in the developing portion; and a second agitating member rotatably disposed in the toner storing portion, wherein the second agitating member comprises an elastic member configured to be intermittently in contact with the partition wall, wherein: the developing cartridge is configured such that when the second agitating member rotates, the elastic member of the second agitating member is intermittently in contact with the partition wall, and the elastic member of the second agitating member is characterised in that it is never in contact with other inner surfaces (41, 42, 43) of the toner storing portion. a developing portion; a toner storing portion which is configured to store toner; a partition wall formed between the developing portion and the toner storing portion and provided with a toner supply section through which the toner in the toner storing portion is configured to be supplied to the developing portion; a first agitating member rotatably disposed in the developing portion; and a second agitating member rotatably disposed in the toner storing portion, wherein the second agitating member comprises an elastic member configured to be intermittently in contact with the partition wall, wherein: the developing cartridge is configured such that when the second agitating member rotates, the elastic member of the second agitating member is intermittently in contact with the partition wall, and the elastic member of the second agitating member is characterised in that it is never in contact with other inner surfaces (41, 42, 43) of the toner storing portion.
A method for the installation of a glass pane sliding door for a shower cubicle having a running rail and a door leaf guided on the running rail by at least one running gear, wherein the running gear comprises on one side at least one roller which is guidable on a running track surface of a running track of the running rail, wherein the running rail comprises a guiding body which is arranged above the running track, wherein the guiding body supports the roller in a running position of the running track, and wherein, when inserting the running gear into the running track, the roller is pivotable between the guiding body and the running track in order to get into the running position, comprising the following steps: a) mounting the running rail on a wall, b) inserting the running gear or a first section of the running gear into the running rail from the longitudinal side of the running rail, wherein the roller is pivoted between the guiding body and the running track, characterized by c) fastening the door leaf on the running gear by inserting the door leaf into the running gear or by abutting the door leaf on the first section of the running gear, and connecting a second section of the running gear with the first section. a) mounting the running rail on a wall, b) inserting the running gear or a first section of the running gear into the running rail from the longitudinal side of the running rail, wherein the roller is pivoted between the guiding body and the running track, characterized by c) fastening the door leaf on the running gear by inserting the door leaf into the running gear or by abutting the door leaf on the first section of the running gear, and connecting a second section of the running gear with the first section.
A semiconductor device comprising: a semiconductor substrate having a back surface connectable by means of a solder to a lead frame characterised by; a first metal film for forming an alloy with a solder formed of AuSn, wherein said first metal film is made of Ni and said first metal film includes powder of a second metal for causing isothermal solidification of said solder, wherein said second metal is Ti or Pt and is able to diffuse into the solder when said solder melts in a die-bonding process in order to increase the melting-point of the solder and wherein said powder of a second metal is uniformly mixed in the first metal film and said first metal film is formed on a whole back surface of said semiconductor substrate; a second metal film for improving solder wetting property, wherein said second metal film is made of Au and said second metal film is formed directly on a whole side of said first metal film which is opposite to said semiconductor substrate. a semiconductor substrate having a back surface connectable by means of a solder to a lead frame characterised by; a first metal film for forming an alloy with a solder formed of AuSn, wherein said first metal film is made of Ni and said first metal film includes powder of a second metal for causing isothermal solidification of said solder, wherein said second metal is Ti or Pt and is able to diffuse into the solder when said solder melts in a die-bonding process in order to increase the melting-point of the solder and wherein said powder of a second metal is uniformly mixed in the first metal film and said first metal film is formed on a whole back surface of said semiconductor substrate; a second metal film for improving solder wetting property, wherein said second metal film is made of Au and said second metal film is formed directly on a whole side of said first metal film which is opposite to said semiconductor substrate.
A wireless communication device comprising: a sequence management unit configured to set a series of sequence numbers to MAC protocol data units, MPDUs, to be transmitted to one transmission destination through a plurality of frequency bands; a plurality of high-frequency processing units configured to transmit the MPDUs through the plurality of frequency bands; and a communication control unit configured to cause reception of receipt acknowledgment information through a frequency band in which transmission of an MPDU group has been completed first among the plurality of frequency bands, the receipt acknowledgment information indicating a receipt acknowledgment regarding MPDUs which have been transmitted through the plurality of frequency bands, wherein the sequence management unit is configured to: set the series of sequence numbers in accordance with priority levels of the MPDUs, starting from an MPDU having the highest priority level; and add information to the MPDUs, the information indicating a position of each of the MPDUs in an MPDU group having the same priority level in a plurality of MPDU groups having respective priority levels included in the MPDUs. a sequence management unit configured to set a series of sequence numbers to MAC protocol data units, MPDUs, to be transmitted to one transmission destination through a plurality of frequency bands; a plurality of high-frequency processing units configured to transmit the MPDUs through the plurality of frequency bands; and a communication control unit configured to cause reception of receipt acknowledgment information through a frequency band in which transmission of an MPDU group has been completed first among the plurality of frequency bands, the receipt acknowledgment information indicating a receipt acknowledgment regarding MPDUs which have been transmitted through the plurality of frequency bands, wherein the sequence management unit is configured to: set the series of sequence numbers in accordance with priority levels of the MPDUs, starting from an MPDU having the highest priority level; and add information to the MPDUs, the information indicating a position of each of the MPDUs in an MPDU group having the same priority level in a plurality of MPDU groups having respective priority levels included in the MPDUs. set the series of sequence numbers in accordance with priority levels of the MPDUs, starting from an MPDU having the highest priority level; and add information to the MPDUs, the information indicating a position of each of the MPDUs in an MPDU group having the same priority level in a plurality of MPDU groups having respective priority levels included in the MPDUs.
Safety communication method, wherein a primary instance sends a request data telegram (100, 110) with a monitoring identifier (102, 112) to a secondary instance, the secondary instance returns a response data telegram (200, 210) with the same monitoring identifier (202, 212) to the primary instance, and the primary instance detects an error in communication if the primary instance has not received a response data telegram (200, 210) with a monitoring identifier (202, 212) corresponding to the request data telegram (100, 110) within a predetermined timeout period (100, 110) after sending the request data telegram (100, 110); wherein the monitoring identifier (102, 112) for a request data telegram (100, 110) is modified in each case after sending a request data telegram (100, 110), wherein for each monitoring identifier (102, 112) a separate monitoring instance is created which monitors the predetermined timeout period for the corresponding monitoring identifier (102, 112) of a transmitted request data telegram (100, 110), wherein the primary instance already generates a new monitoring identifier (102, 112) and uses it for further request data telegrams (100, 110) before a response with a previously transmitted monitoring identifier (102, 112) has been received. a primary instance sends a request data telegram (100, 110) with a monitoring identifier (102, 112) to a secondary instance, the secondary instance returns a response data telegram (200, 210) with the same monitoring identifier (202, 212) to the primary instance, and the primary instance detects an error in communication if the primary instance has not received a response data telegram (200, 210) with a monitoring identifier (202, 212) corresponding to the request data telegram (100, 110) within a predetermined timeout period (100, 110) after sending the request data telegram (100, 110); wherein the monitoring identifier (102, 112) for a request data telegram (100, 110) is modified in each case after sending a request data telegram (100, 110), wherein for each monitoring identifier (102, 112) a separate monitoring instance is created which monitors the predetermined timeout period for the corresponding monitoring identifier (102, 112) of a transmitted request data telegram (100, 110), wherein the primary instance already generates a new monitoring identifier (102, 112) and uses it for further request data telegrams (100, 110) before a response with a previously transmitted monitoring identifier (102, 112) has been received.
A method of hydrogenating a carbon-carbon double bond conjugated with a carbonyl carbon in an 1,2-unsaturated carbonylic compound in gas phase, comprising the step of: - passing a gaseous stream comprising said 1,2-unsaturated carbonylic compound to be hydrogenated and hydrogen over a palladium catalyst comprising a carrier and palladium, wherein said catalyst has a heterogeneous distribution of palladium, palladium being concentrated to the outermost surface of the catalyst, which outermost surface is being exposed to the surrounding; wherein the temperature over said catalyst is 120 to 200°C and the pressure over said catalyst is at least 0.1 MPa; and said 1,2-unsaturated carbonylic compound is an aldehyde according to structural formula, wherein R 1, R 2 and R 3, independently of each other, are selected from the group consisting of hydrogen and C 1-4 alkyl. - passing a gaseous stream comprising said 1,2-unsaturated carbonylic compound to be hydrogenated and hydrogen over a palladium catalyst comprising a carrier and palladium, wherein said catalyst has a heterogeneous distribution of palladium, palladium being concentrated to the outermost surface of the catalyst, which outermost surface is being exposed to the surrounding;
A display stand case table, comprising: a body defining an interior space, said interior space configured to receive at least one display stand (40, 42); a lid hingedly attached to said body and movable between a closed position and an open position; characterised in that: wherein the body has a first opening providing access to the interior space, the first opening having a top edge periphery, wherein when the lid is in the closed position, it substantially covers said first opening; said lid having an edge periphery, whereby when said lid is in said open position, said lid edge periphery and said top edge periphery provide a support surface in a substantially horizontal plane; and wherein said display stand case table comprises a table top which is removably disposable within said interior space and supportable upon said support surface by engaging with said lid edge periphery and said top edge periphery to hold said table top in a predetermined position, wherein the table top is a single unitary component. a body defining an interior space, said interior space configured to receive at least one display stand (40, 42); a lid hingedly attached to said body and movable between a closed position and an open position; characterised in that: wherein the body has a first opening providing access to the interior space, the first opening having a top edge periphery, wherein when the lid is in the closed position, it substantially covers said first opening; said lid having an edge periphery, whereby when said lid is in said open position, said lid edge periphery and said top edge periphery provide a support surface in a substantially horizontal plane; and wherein said display stand case table comprises a table top which is removably disposable within said interior space and supportable upon said support surface by engaging with said lid edge periphery and said top edge periphery to hold said table top in a predetermined position, wherein the table top is a single unitary component. wherein the body has a first opening providing access to the interior space, the first opening having a top edge periphery, wherein when the lid is in the closed position, it substantially covers said first opening; said lid having an edge periphery, whereby when said lid is in said open position, said lid edge periphery and said top edge periphery provide a support surface in a substantially horizontal plane; and wherein said display stand case table comprises a table top which is removably disposable within said interior space and supportable upon said support surface by engaging with said lid edge periphery and said top edge periphery to hold said table top in a predetermined position, wherein the table top is a single unitary component.
A device (40; 122; 140; 156; 160; 176) for cardiac surgery capable to be positioned against the heart around a surgical opening in the aorta, comprising: a frame (42; 154; 162; 178) divided into a first frame part (42A; 162A; 178A) and a second frame part (42B; 162B; 178B) and defining an inner side; a plurality of suture guides (48A-B, 50A-B, 52A-B; 142A-B, 144A-B, 146A-B; 164A-B, 166A-B, 168A-B; 182A-B, 184A-B, 186A-B) spaced about the frame (42; 154; 162; 178); and a hinge (44; 180) by which the first frame part (42A; 162A; 178A) and the second frame part (42B; 162B; 178B) are pivotably coupled together; wherein the frame (42; 154; 162; 178) forms a substantially continuous periphery with one open side; wherein the hinge (44; 180) is configured to enable the first frame part (42A; 162A; 178A) and the second frame part (42B; 162B; 178B) to open like a jaw; wherein the frame (42; 154; 162; 178) comprises a plurality of tabs (54A-D; 148A-152B; 170A-174B; 188A-192B) protruding from the inner side of the frame; and wherein at least some of the plurality of suture guides (48A-B, 50A-B, 52A-B; 142A-B, 144A-B, 146A-B; 164A-B, 166A-B, 168A-B; 182A-B, 184A-B, 186A-B) are located in the plurality of tabs (54A-54D; 148A - 152B; 170A-174B; 188A - 192B). a frame (42; 154; 162; 178) divided into a first frame part (42A; 162A; 178A) and a second frame part (42B; 162B; 178B) and defining an inner side; a plurality of suture guides (48A-B, 50A-B, 52A-B; 142A-B, 144A-B, 146A-B; 164A-B, 166A-B, 168A-B; 182A-B, 184A-B, 186A-B) spaced about the frame (42; 154; 162; 178); and a hinge (44; 180) by which the first frame part (42A; 162A; 178A) and the second frame part (42B; 162B; 178B) are pivotably coupled together; wherein the frame (42; 154; 162; 178) forms a substantially continuous periphery with one open side; wherein the hinge (44; 180) is configured to enable the first frame part (42A; 162A; 178A) and the second frame part (42B; 162B; 178B) to open like a jaw; wherein the frame (42; 154; 162; 178) comprises a plurality of tabs (54A-D; 148A-152B; 170A-174B; 188A-192B) protruding from the inner side of the frame; and wherein at least some of the plurality of suture guides (48A-B, 50A-B, 52A-B; 142A-B, 144A-B, 146A-B; 164A-B, 166A-B, 168A-B; 182A-B, 184A-B, 186A-B) are located in the plurality of tabs (54A-54D; 148A - 152B; 170A-174B; 188A - 192B).
A method of wireless communication at a User Equipment, UE, comprising: receiving data from a first transmission reception point, TRP and a second TRP in a serving cell based on a physical downlink control channel, PDCCH, of the first TRP and the second TRP, the PDCCH of the first TRP and second TRP each received over separate beams; detecting beam failure of the PDCCH of the first TRP or a beam failure of the PDCCH of the second TRP; and if a beam failure of the PDCCH of the first TRP is detected performing beam failure recovery for the first TRP by transmitting a beam failure indication indicating a new beam for the PDCCH of the first TRP and if a beam failure of the PDCCH of the second TRP is detected performing beam failure recovery for the second TRP by transmitting a beam failure indication indicating a new beam for the PDCCH of the second TRP. receiving data from a first transmission reception point, TRP and a second TRP in a serving cell based on a physical downlink control channel, PDCCH, of the first TRP and the second TRP, the PDCCH of the first TRP and second TRP each received over separate beams; detecting beam failure of the PDCCH of the first TRP or a beam failure of the PDCCH of the second TRP; and if a beam failure of the PDCCH of the first TRP is detected performing beam failure recovery for the first TRP by transmitting a beam failure indication indicating a new beam for the PDCCH of the first TRP and if a beam failure of the PDCCH of the second TRP is detected performing beam failure recovery for the second TRP by transmitting a beam failure indication indicating a new beam for the PDCCH of the second TRP.
An assembly of ultracapacitor modules with a coupling system for a plurality of ultracapacitor modules, comprising: a plurality of ultracapacitor modules, each module comprising a plurality of ultracapacitors in a housing, a connection module connecting together the plurality of ultracapacitor modules with each other, and the connection module including a connector slid into a counterpart located on the ultracapacitor module for connection of power and signals between the ultracapacitor modules, a frame to keep the ultracapacitor modules and the connection module mechanically together, the ultracapacitor modules being in plugged in connection with the connection module and slidably inserted in the frame. a plurality of ultracapacitor modules, each module comprising a plurality of ultracapacitors in a housing, a connection module connecting together the plurality of ultracapacitor modules with each other, and the connection module including a connector slid into a counterpart located on the ultracapacitor module for connection of power and signals between the ultracapacitor modules, a frame to keep the ultracapacitor modules and the connection module mechanically together, the ultracapacitor modules being in plugged in connection with the connection module and slidably inserted in the frame.
A lighting device (100 - 400), comprising: a frame (124 - 424); a plurality of LEDs (103 - 403) mounted on said frame; a heat sink (108 - 408) spaced from said frame; a heat conducting pipe (105 - 405) having a proximal end (120 - 420) and a distal end (122 - 422), said proximal end connected to said frame and said distal end connected to said heat sink; characterised by an electronic driver (145 - 345) positioned within a base portion with means for connection to an external source of power, said electronic driver being configured to connect to said external source of power, said heat sink being proximate both said electronic driver and said base portion; and first and second electric conducting wires (142 - 442; 140 - 440) connecting said electronic driver to said plurality of LEDs. a frame (124 - 424); a plurality of LEDs (103 - 403) mounted on said frame; a heat sink (108 - 408) spaced from said frame; a heat conducting pipe (105 - 405) having a proximal end (120 - 420) and a distal end (122 - 422), said proximal end connected to said frame and said distal end connected to said heat sink; characterised by an electronic driver (145 - 345) positioned within a base portion with means for connection to an external source of power, said electronic driver being configured to connect to said external source of power, said heat sink being proximate both said electronic driver and said base portion; and first and second electric conducting wires (142 - 442; 140 - 440) connecting said electronic driver to said plurality of LEDs.
An outer rotor electric machine, said electric machine comprising a rotatably arranged rotor (10; 110; 210) and a stator comprising windings comprising opposite coil ends (22a, 22b) at axially opposing sides of the stator, said rotor comprising an outer rotor portion surrounding said stator or part of said stator and a flywheel portion (14; 114; 214), wherein one of said coil ends of said stator is arranged to face said flywheel portion (14; 114; 214), wherein said electric machine is associated with a combustion engine for driving said rotor, said flywheel portion of said rotor constituting a flywheel for said combustion engine, said internal combustion engine comprising a crankshaft directly connected to said flywheel portion of the rotor, said flywheel portion (14; 114; 214) being of electro-magnetically conductive material, wherein, during operation of said outer rotor electric machine, the magnetic field generated by the winding coils changes when excited by a variable frequency current, wherein said nonrotating stator windings causes eddy currents in the rotating flywheel portion, said eddy currents causing thermal losses in the electric machine, said electric machine comprising an arrangement (O1, S1; O2, S2; O3, S3) configured to reduce such eddy current caused thermal losses of the outer rotor electric machine, said arrangement comprising a plurality of openings (O1; O2; O3) distributed on said flywheel portion (14; 114; 214) so that said coil end facing said flywheel portion faces said openings (O1; O2; O3) so as to reduce appearance of said eddy currents associated with said flywheel portion (14; 114; 214) during operation of said electric machine.
System comprising a dust hood extension device for use in conjunction with a dust hood for a grinding apparatus, wherein the grinding apparatus has a drive shaft for driving a grinding means, wherein the grinding means rotates in a rotationally symmetrical manner about a central axis of the drive shaft during operation, wherein the system is particularly suitable for grinding chamfers, wherein the dust hood extension device comprises a carrying device and an opening, wherein the carrying device is specified to enclose the dust hood and to receive potentially exiting dust particles, wherein the opening is disposed so as to be eccentric in relation to the central axis of the drive shaft, characterized in that the system comprises at least one adapter which has at least one face (6 or 7) for bearing on a surface to be machined, and an opening of which the size can be adapted to a desired characteristic of the chamfer to be ground.