mhurhangee/patent-ind-claim-en huggingface dataset:
A traceable optical device (100 A-H) capable of being tracked by an electronic device used in a virtual reality, VR, system and having an image sensor , wherein the traceable optical device (100A-H) is a handle to be held by a user of the VR system, wherein the location and orientation of the handle can be determined by detecting feature points on the handle by means of the image sensor , the traceable optical device (100A-H) comprising: a light guide member having at least one light-incident surface and a light-emitting surface connected to each other; at least one light source configured to emit light into the light guide member from said at least one light-incident surface ; and a shielding member shielding the light guide member and having at least one light transmission area , wherein the shielding member comprises a hollow housing, and at least a part of the light guide member is in the hollow housing , wherein the light guide member is tubular and has two ends (E1, E2) and the light-incident surface is at a first end (E1) of the light guide member , wherein the light-incident surface is an end face of the light guide member , and the light-emitting surface is a curved surface of the light guide member extended away from the first end (E1). a light guide member having at least one light-incident surface and a light-emitting surface connected to each other; at least one light source configured to emit light into the light guide member from said at least one light-incident surface ; and a shielding member shielding the light guide member and having at least one light transmission area , wherein the shielding member comprises a hollow housing, and at least a part of the light guide member is in the hollow housing , wherein the light guide member is tubular and has two ends (E1, E2) and the light-incident surface is at a first end (E1) of the light guide member , wherein the light-incident surface is an end face of the light guide member , and the light-emitting surface is a curved surface of the light guide member extended away from the first end (E1).
An apparatus, comprising: a NAND string (NS1, NS2, 700n-703n, 710n-713n, 720n-723n, 730n-733n) comprising a drain-end select gate transistor at a drain-end of the NAND string, a selected data memory cell , unselected data memory cells (705-714, 725-734, 745-754, 765-774), and a first dummy memory cell adjacent to the drain-end select gate transistor, wherein each memory cell is connected to a respective word line; a bit line connected (BL0-BL3) to the drain-end; and a control circuit configured to, in a program loop for the selected data memory cell: perform a pre-charge phase in which the bit line has a positive voltage and the drain-end select gate transistor is in a conductive state; the apparatus characterised by the control circuit being configured to: after the pre-charge phase, perform a program phase in which, before a program pulse is applied to the word line of the selected data memory cell, a start of a ramp up of a voltage applied to the word line of the first dummy memory cell is after a start of a ramp up of a voltage applied to the word lines of the unselected data memory cells when a position of the selected data memory cell in the NAND string is among a subset of memory cells adjacent to a source-end of the NAND string. a NAND string (NS1, NS2, 700n-703n, 710n-713n, 720n-723n, 730n-733n) comprising a drain-end select gate transistor at a drain-end of the NAND string, a selected data memory cell , unselected data memory cells (705-714, 725-734, 745-754, 765-774), and a first dummy memory cell adjacent to the drain-end select gate transistor, wherein each memory cell is connected to a respective word line; a bit line connected (BL0-BL3) to the drain-end; and a control circuit configured to, in a program loop for the selected data memory cell: perform a pre-charge phase in which the bit line has a positive voltage and the drain-end select gate transistor is in a conductive state; the apparatus characterised by the control circuit being configured to: after the pre-charge phase, perform a program phase in which, before a program pulse is applied to the word line of the selected data memory cell, a start of a ramp up of a voltage applied to the word line of the first dummy memory cell is after a start of a ramp up of a voltage applied to the word lines of the unselected data memory cells when a position of the selected data memory cell in the NAND string is among a subset of memory cells adjacent to a source-end of the NAND string. perform a pre-charge phase in which the bit line has a positive voltage and the drain-end select gate transistor is in a conductive state; the apparatus characterised by the control circuit being configured to: after the pre-charge phase, perform a program phase in which, before a program pulse is applied to the word line of the selected data memory cell, a start of a ramp up of a voltage applied to the word line of the first dummy memory cell is after a start of a ramp up of a voltage applied to the word lines of the unselected data memory cells when a position of the selected data memory cell in the NAND string is among a subset of memory cells adjacent to a source-end of the NAND string.
A laser build-up welding device for additive production of three-dimensional objects by solidifying a powder material in layers on a carrier, which has a stationary storage container for the powder material to be applied in layers to the carrier and a receiving container for receiving excess powder material, which is assigned to the carrier, as well as a sieve device for cleaning the excess powder material to be returned to the storage container , wherein the sieve device comprising a sieve receiving container , a sieve and a sieve transmission container and being operable into a protective gas atmosphere is integrated into a transport system formed between the receiving container and a transfer container connected to the storage container , the transport system comprising a transport container which can be coupled to the receiving container or the sieve receiving container and moved between them as well as an arrangement for moving the sieve device and connecting the sieve transmission container to the transfer container , wherein the respective gas-tightly closable containers are connected to one another in a gas-tight manner in a coupled state, when the powder is transferred into the transport container or the sieve receiving container or the transfer container .
An automated floor cleaner , comprising: a cleaner body ; a movement means connected to the cleaner body and configured so that in use the floor cleaner can move across a surface; a sensing means configured to sense the position of the floor cleaner within a location and to transmit data relating to the position to a memory module configured to map and record the position of the floor cleaner during use; characterised in that the floor cleaner further comprises an endless belt , connected to and extending from the cleaner body so that in use a section of the surface area of the belt is in contact with the floor to in use clean the floor surface; a motor , connected to the belt to drive the belt independently of movement of the floor cleaner across the floor. a cleaner body ; a movement means connected to the cleaner body and configured so that in use the floor cleaner can move across a surface; a sensing means configured to sense the position of the floor cleaner within a location and to transmit data relating to the position to a memory module configured to map and record the position of the floor cleaner during use; characterised in that the floor cleaner further comprises an endless belt , connected to and extending from the cleaner body so that in use a section of the surface area of the belt is in contact with the floor to in use clean the floor surface; a motor , connected to the belt to drive the belt independently of movement of the floor cleaner across the floor.
A method performed by a base station of a cell, the method comprising: • allocating a first number of resource blocks within a control region in a subframe to transmit control information to a user equipment, UE, and allocating a second number of resource blocks of the subframe to an enhanced physical downlink shared channel, ePDSCH, established between the base station and the UE, wherein the ePDSCH is a PDSCH that starts in the control region; • determining a position of a starting symbol for the second number of resource blocks of the ePDSCH within the subframe based on a level of interference of the ePDSCH, the interference of the ePDSCH being caused by control channels of neighboring cells neighboring the cell, wherein the starting symbol is located within the control region of the subframe; and • signaling to the UE an indicator of the position of the starting symbol of the second number of resource blocks and the second number of resource blocks allocated to the ePDSCH. • allocating a first number of resource blocks within a control region in a subframe to transmit control information to a user equipment, UE, and allocating a second number of resource blocks of the subframe to an enhanced physical downlink shared channel, ePDSCH, established between the base station and the UE, wherein the ePDSCH is a PDSCH that starts in the control region; • determining a position of a starting symbol for the second number of resource blocks of the ePDSCH within the subframe based on a level of interference of the ePDSCH, the interference of the ePDSCH being caused by control channels of neighboring cells neighboring the cell, wherein the starting symbol is located within the control region of the subframe; and • signaling to the UE an indicator of the position of the starting symbol of the second number of resource blocks and the second number of resource blocks allocated to the ePDSCH.
A crimping tool comprising: a housing having a front wall and a back wall ; a compression assembly disposed between the front wall and the back wall and including a stent receiving chamber therewithin for receiving a stent, the compression assembly being movable between an uncrimped position and a crimped position; a delivery device holder engagement member extending from the front wall of the housing , and a delivery device holder slidably coupled to the front wall of the housing , the delivery device holder comprising a sliding plate , and a seat member structured to receive a delivery device; wherein the delivery device holder is slidable between a first position and a second position, the seat member being substantially aligned with a center axis of the chamber in the second position; and the delivery device holder engagement member is positionable within a slot in the sliding plate of the delivery device holder. a housing having a front wall and a back wall ; a compression assembly disposed between the front wall and the back wall and including a stent receiving chamber therewithin for receiving a stent, the compression assembly being movable between an uncrimped position and a crimped position; a delivery device holder engagement member extending from the front wall of the housing , and a delivery device holder slidably coupled to the front wall of the housing , the delivery device holder comprising a sliding plate , and a seat member structured to receive a delivery device; wherein a sliding plate , and a seat member structured to receive a delivery device; wherein the delivery device holder is slidable between a first position and a second position, the seat member being substantially aligned with a center axis of the chamber in the second position; and the delivery device holder engagement member is positionable within a slot in the sliding plate of the delivery device holder.
A mobile patient monitoring device , comprising: a radio having a scan threshold and a roam threshold that is lower than or equal to the scan threshold, the radio being configured to: scan to identify available access points when current access point power is below the scan threshold but above the roam threshold; and switch to an available access point when current access point power is below the roam threshold; a three-dimensional, 3D, accelerometer configured to measure acceleration; and device electronics including at least one processor , characterized in that the at least one processor is programmed to: receive vital sign data from at least one associated physiological sensor ; classify patient movement from the acceleration measured by the 3D accelerometer ; and assign values for the scan threshold and the roam threshold of the radio based at least on the patient movement classification. a radio having a scan threshold and a roam threshold that is lower than or equal to the scan threshold, the radio being configured to: scan to identify available access points when current access point power is below the scan threshold but above the roam threshold; and switch to an available access point when current access point power is below the roam threshold; scan to identify available access points when current access point power is below the scan threshold but above the roam threshold; and switch to an available access point when current access point power is below the roam threshold; a three-dimensional, 3D, accelerometer configured to measure acceleration; and device electronics including at least one processor , characterized in that the at least one processor is programmed to: receive vital sign data from at least one associated physiological sensor ; classify patient movement from the acceleration measured by the 3D accelerometer ; and assign values for the scan threshold and the roam threshold of the radio based at least on the patient movement classification. receive vital sign data from at least one associated physiological sensor ; classify patient movement from the acceleration measured by the 3D accelerometer ; and assign values for the scan threshold and the roam threshold of the radio based at least on the patient movement classification.
A magnetic marker installation method for laying, in or on a road, a magnetic marker having retained therein a wireless tag including an antenna for transmitting or receiving electric waves for wireless communication, the installation method comprising: an arrangement step of arranging the magnetic marker in or on the road; and a formation step of providing the magnetic marker with a protecting part for isolating the antenna from water, wherein the antenna includes waveguide parts made of a conductive material and a gap formed by any two of the waveguide parts arranged to face each other, and the formation step is a step of providing the magnetic marker with the protecting part so that a distance (Gw) for isolating the antenna from water is longer than the gap (230, 240, 250, 270, G). an arrangement step of arranging the magnetic marker in or on the road; and a formation step of providing the magnetic marker with a protecting part for isolating the antenna from water, wherein the antenna includes waveguide parts made of a conductive material and a gap formed by any two of the waveguide parts arranged to face each other, and the formation step is a step of providing the magnetic marker with the protecting part so that a distance (Gw) for isolating the antenna from water is longer than the gap (230, 240, 250, 270, G).
A disposable cartridge for a drug delivery device, the cartridge comprising: - a flexible bag (81; 181) to accommodate a liquid medicament and having an opening adjacent to a sidewall , - a socket having a fluid channel (86; 186) in fluid communication with a cartridge fluid coupling (90; 190), wherein the socket extends into the opening of the flexible bag (81; 181), - a housing (71; 171) covering at least a portion of the flexible bag (81; 181) and having a receptacle to receive the socket (76; 176) with the flexible bag (81; 181), wherein the flexible bag's (81; 181) sidewall (81b; 181b) is fixed between the socket (76; 176) and the receptacle , characterized in that - one of an outside facing portion of the socket (76; 176) and an inside wall of the housing (71; 171) comprises an annular groove (78; 178), - a sealing ring (77; 177) arranged in the annular groove (78; 178), and - wherein the flexible bag (81; 181) is sealingly press fitted between the outside facing portion of the socket (76; 176) and an inside facing portion (71b; 171b) of the housing (71; 171) by means of the sealing ring (77; 177) engaged with the housing (71; 171). - a flexible bag (81; 181) to accommodate a liquid medicament and having an opening adjacent to a sidewall , - a socket having a fluid channel (86; 186) in fluid communication with a cartridge fluid coupling (90; 190), wherein the socket extends into the opening of the flexible bag (81; 181), - a housing (71; 171) covering at least a portion of the flexible bag (81; 181) and having a receptacle to receive the socket (76; 176) with the flexible bag (81; 181), wherein the flexible bag's (81; 181) sidewall (81b; 181b) is fixed between the socket (76; 176) and the receptacle , characterized in that - one of an outside facing portion of the socket (76; 176) and an inside wall of the housing (71; 171) comprises an annular groove (78; 178), - a sealing ring (77; 177) arranged in the annular groove (78; 178), and - wherein the flexible bag (81; 181) is sealingly press fitted between the outside facing portion of the socket (76; 176) and an inside facing portion (71b; 171b) of the housing (71; 171) by means of the sealing ring (77; 177) engaged with the housing (71; 171).
Aircraft comprising a cabin and, inside the cabin , at least one aisle and an interior fitting module which comprises: - a rigid casing in the form of a right parallelepiped which has large vertical walls and small vertical walls and of which one of the large vertical walls giving onto an aisle is open, - a mattress which covers a horizontal base of the rigid casing , - a seatback arranged above the mattress against one of the small vertical walls of the rigid casing , and - a safety belt arranged in the region of the seatback to allow a passenger to buckle up when he or she is seated on the mattress and leaning against the seatback , the rigid casing comprising a confidentiality wall which extends across the opening of the large open vertical wall and in the lower corner of the opening on the seatback side, characterized in that the confidentiality wall is transparent. - a rigid casing in the form of a right parallelepiped which has large vertical walls and small vertical walls and of which one of the large vertical walls giving onto an aisle is open, - a mattress which covers a horizontal base of the rigid casing , - a seatback arranged above the mattress against one of the small vertical walls of the rigid casing , and - a safety belt arranged in the region of the seatback to allow a passenger to buckle up when he or she is seated on the mattress and leaning against the seatback , the rigid casing comprising a confidentiality wall which extends across the opening of the large open vertical wall and in the lower corner of the opening on the seatback side, characterized in that the confidentiality wall is transparent.
A method for the production of a thin plate-like laminate having a film-like resin layer , wherein molds are arranged on both surface sides of a workpiece in which a film-like resin composition is laminated on at least one surface of a substrate and the molds are compressed from outer surfaces of the molds to integrally form the substrate and the film-like resin composition , the method comprising the steps of: creating a mold retention structure in which the molds , which have been heated to a thermal deformation temperature of the film-like resin composition , are arranged on both surface sides of the workpiece , and introducing the mold retention structure between two compression rollers and compressing the outer surfaces of the molds by rotating the compression rollers to integrally thermocompression-bond the film-like resin composition and the substrate to form a thin plate-like laminate having a film-like resin layer , characterized in that the mold retention structure has members for holding the molds , and the mold retention structure , in which the heated molds are arranged by being held by the members for holding the molds , is introduced between the compression rollers . creating a mold retention structure in which the molds , which have been heated to a thermal deformation temperature of the film-like resin composition , are arranged on both surface sides of the workpiece , and introducing the mold retention structure between two compression rollers and compressing the outer surfaces of the molds by rotating the compression rollers to integrally thermocompression-bond the film-like resin composition and the substrate to form a thin plate-like laminate having a film-like resin layer , characterized in that the mold retention structure has members for holding the molds , and the mold retention structure , in which the heated molds are arranged by being held by the members for holding the molds , is introduced between the compression rollers .
An intraluminal imaging system , comprising: a processor circuit configured for communication with an intraluminal imaging catheter , wherein the processor circuit is configured to: receive a plurality of intraluminal images obtained by the intraluminal imaging catheter during movement of the intraluminal imaging catheter within a body lumen of a patient, the body lumen comprising a plurality of segments; generate a bookmark, or label information comprising text annotation, to be applied to an intraluminal image of the plurality of intraluminal images, wherein the marker is generated based on the movement of the intraluminal imaging catheter, and wherein the marker is representative of a segment of the plurality of segments; and output, to a display in communication with the processor circuit, a screen display comprising the marker and the plurality of intraluminal images; wherein the processor circuit is configured to: offer an instruction and at least one bookmark that are based on the system's knowledge of the procedure being performed, the current location and movement direction of the intraluminal imaging probe within the lumen. receive a plurality of intraluminal images obtained by the intraluminal imaging catheter during movement of the intraluminal imaging catheter within a body lumen of a patient, the body lumen comprising a plurality of segments; generate a bookmark, or label information comprising text annotation, to be applied to an intraluminal image of the plurality of intraluminal images, wherein the marker is generated based on the movement of the intraluminal imaging catheter, and wherein the marker is representative of a segment of the plurality of segments; and output, to a display in communication with the processor circuit, a screen display comprising the marker and the plurality of intraluminal images; wherein the processor circuit is configured to: offer an instruction and at least one bookmark that are based on the system's knowledge of the procedure being performed, the current location and movement direction of the intraluminal imaging probe within the lumen.