mhurhangee/ep-ind-claims huggingface dataset:
An electronic system comprising: a digital pen comprising; a first handwriting unit for inputting handwriting to a paper, a pressure sensitive sensor for sensing pressure applied to a tip portion of the digital pen, and a second handwriting unit for generating an induction magnetic field based on the pressure-sensitive sensor sensing pressure applied to the tip portion of the digital pen; and an electronic device comprising; a sensing unit, wherein the paper is disposed on the sensing unit, a communicating unit, a storing unit, and a controlling unit configured to: based on the sensing unit sensing the induction magnetic field generated by the second handwriting unit during a period in which the pressure sensor senses pressure, obtain handwriting information corresponding to the induction magnetic field sensed by the sensing unit, and control the communicating unit to transmit the handwriting information to an external display apparatus. a digital pen comprising; a first handwriting unit for inputting handwriting to a paper, a pressure sensitive sensor for sensing pressure applied to a tip portion of the digital pen, and a second handwriting unit for generating an induction magnetic field based on the pressure-sensitive sensor sensing pressure applied to the tip portion of the digital pen; and a first handwriting unit for inputting handwriting to a paper, a pressure sensitive sensor for sensing pressure applied to a tip portion of the digital pen, and a second handwriting unit for generating an induction magnetic field based on the pressure-sensitive sensor sensing pressure applied to the tip portion of the digital pen; and an electronic device comprising; a sensing unit, wherein the paper is disposed on the sensing unit, a communicating unit, a storing unit, and a controlling unit configured to: based on the sensing unit sensing the induction magnetic field generated by the second handwriting unit during a period in which the pressure sensor senses pressure, obtain handwriting information corresponding to the induction magnetic field sensed by the sensing unit, and a sensing unit, wherein the paper is disposed on the sensing unit, a communicating unit, a storing unit, and a controlling unit configured to: based on the sensing unit sensing the induction magnetic field generated by the second handwriting unit during a period in which the pressure sensor senses pressure, obtain handwriting information corresponding to the induction magnetic field sensed by the sensing unit, and control the communicating unit to transmit the handwriting information to an external display apparatus.
A powder-layer three-dimensional printer comprising a recoater (16, 22), the recoater (16, 22) including: a traveling powder dispenser (24, 60)having (i) a hopper (30, 62) adapted to contain a build powder, (ii) a first chamber (46, 68) having a bottom, the bottom including a mesh (32, 70), and (iii) an opening (36, 66) adapted to controllably discharge the build powder laterally from the hopper (30, 62) into the first chamber (46, 68); and a vibrator operably connected to the powder dispenser (24, 60); wherein the first chamber (46, 68) is located beside the opening (36, 66) and the vibrator is adapted to selectively cause the build powder to flow from the hopper (30, 62) through the opening (36, 66) and to be discharged through the mesh (32, 70). (i) a hopper (30, 62) adapted to contain a build powder, (ii) a first chamber (46, 68) having a bottom, the bottom including a mesh (32, 70), and (iii) an opening (36, 66) adapted to controllably discharge the build powder laterally from the hopper (30, 62) into the first chamber (46, 68); and
A device for using an absorbent product, in particular a powdered or granular product, for absorbing fluids spilled on the floor, comprising a container equipped with a tank for storing this absorbent product, and a tank for receiving the soiled absorbent product, the device including a sieving receptacle comprising at the bottom a sieve arranged above an opening of the storage tank, which can be emptied into the receiving tank, characterized in that the sieving receptacle includes a guide in the container, and outer shoulders which come above corresponding bosses, formed inside a right side and a left side of the container, said bosses constituting guide rails along the length of this container.
A charging device for a shaft furnace comprising: a main casing surrounding a feed channel; a movable distribution chute for distributing charge material falling therein through said feed channel; and at least one nozzle for introducing a clean gas into said main casing; characterized by a controller that is configured to adapt the supply or pressure of clean gas in said main casing depending on charging status information indicative of whether charge material is currently charged in the furnace, or not. a main casing surrounding a feed channel; a movable distribution chute for distributing charge material falling therein through said feed channel; and at least one nozzle for introducing a clean gas into said main casing; characterized by a controller that is configured to adapt the supply or pressure of clean gas in said main casing depending on charging status information indicative of whether charge material is currently charged in the furnace, or not.
A computer-implemented method for encouraging a user to perform an oral care routine using an oral care device for a predetermined period of time, the method comprising: recording an oral care time for a plurality of previous oral care sessions, the previous oral care sessions including at least one oral care session ending before the predetermined period of time has elapsed after the user has begun the oral care session; calculating an oral care time characteristic based on the plurality of previous oral care sessions; determining, for a subsequent oral care session, a point in time after the user has begun performing an oral care routine for providing the user with feedback based on the oral care time characteristic; and controlling a feedback unit to provide the user with feedback at the determined point in time during the subsequent oral care session. recording an oral care time for a plurality of previous oral care sessions, the previous oral care sessions including at least one oral care session ending before the predetermined period of time has elapsed after the user has begun the oral care session; calculating an oral care time characteristic based on the plurality of previous oral care sessions; determining, for a subsequent oral care session, a point in time after the user has begun performing an oral care routine for providing the user with feedback based on the oral care time characteristic; and controlling a feedback unit to provide the user with feedback at the determined point in time during the subsequent oral care session.
Pallet container for storing and transporting in particular flammable or easily ignitable liquid filling materials, having a thin-walled rigid internal container made from a thermoplastic plastics material, which has an upper filling connector that is closed off by a screw cap, and optionally a retrieval connector that is disposed in the forward base region and optionally has an attached retrieval fitting, having a tubular lattice frame that as a supporting jacket tightly encloses the plastics-material internal container, and having a base pallet on which the plastics-material internal container bears and to which the tubular lattice frame is fixedly connected, wherein the plastics-material internal container within the tubular lattice frame is laterally enclosed by a fire-protection insulation mat that is composed of a plurality of composite parts, characterized in that the fire-protection insulation mat is disposed on all sides around the plastics-material internal container, also in front of the lid and base regions of the latter, wherein mutually adjacent lateral edges of the individual composite parts of the fire-protection insulation mat overlap by a margin in the four vertical rectangular corner regions and in the horizontal upper and lower rectangular corner regions along the lateral edges of the plastics-material internal container, wherein in the fire-protection insulation mat in the region about the screw cap for the upper filling connector, and in the region about the optionally attached retrieval fitting, in each case one overlapping cover flap (24, 26), capable of being opened and of being reclosed, is provided, on account of which the screw lid and optionally the retrieval fitting are completely covered and at all times accessible.
A sound-absorbing fabric constituted by a glass fabric, the diameter of the glass yarns being comprised between 150 and 600 microns and preferably between 270 and 400 microns, the sound-absorbing fabric being characterized in that it is made from glass yarns coated with a thermoplastic material, with an opening factor comprised between 0.5 and 6%.
A method for manufacturing an electric resistance welded steel pipe including the steps of shaping a steel strip into a substantially tubular open pipe and welding both edges (4a, 4b) of the open pipe by electric resistance welding, the method comprising the step of: previously to the electric resistance welding applying a tapered shape (5a, 5b) to each of the edges (4a, 4b) of the open pipe; measuring the tapered shape (5a, 5b) before the electric resistance welding; measuring a quantity of oxide at the welded portion after the electric resistance welding; and adjusting a welding electric power for the electric resistance welding on the basis of the measurement results of the tapered shape measurement and the oxide quantity measurement. previously to the electric resistance welding applying a tapered shape (5a, 5b) to each of the edges (4a, 4b) of the open pipe; measuring the tapered shape (5a, 5b) before the electric resistance welding; measuring a quantity of oxide at the welded portion after the electric resistance welding; and adjusting a welding electric power for the electric resistance welding on the basis of the measurement results of the tapered shape measurement and the oxide quantity measurement.
Pneumatic vehicle tyre of a radial type of construction with a tread having at least one row of profile blocks on the shoulder side, which is provided over its circumferential extent with a multiplicity of transverse grooves, which divide the row of profile blocks into shoulder blocks, on the inner side of the tread open out into a circumferential groove and run out over the ground contact area of the tread, wherein, within the ground contact area of the tread, having a width, a base elevation is formed in each transverse groove at the circumferential groove and wherein a second base elevation is formed in each transverse groove, wherein the base elevations (4, 5) join together shoulder blocks following one another in the circumferential direction, characterized in that the base elevation that is formed at the circumferential groove is delimited in the radial direction by a top face, running parallel to the periphery of the tread, and laterally by two flank faces, wherein the one flank face adjoins the groove base of the circumferential groove.
A light source identification system, the system comprising: a light source imaging device, comprising: a light sensor operable to image at least a portion of an environment in which the light source imaging device is present, wherein the environment comprises one or more light sources (410, 420, 430, 440), and a transmitter operable to transmit image data resulting from the imaging by the light sensor; and a processing device configured to receive the image data from the transmitter, the processing device comprising: a processor that is operable, in a calibration mode, to identify light sources from the received image data, to locate them within the environment and to generate a model of the light output of the identified light sources, wherein the model comprises a time-dependent light contribution of the identified light sources. a light source imaging device, comprising: a light sensor operable to image at least a portion of an environment in which the light source imaging device is present, wherein the environment comprises one or more light sources (410, 420, 430, 440), and a transmitter operable to transmit image data resulting from the imaging by the light sensor; and a light sensor operable to image at least a portion of an environment in which the light source imaging device is present, wherein the environment comprises one or more light sources (410, 420, 430, 440), and a transmitter operable to transmit image data resulting from the imaging by the light sensor; and a processing device configured to receive the image data from the transmitter, the processing device comprising: a processor that is operable, in a calibration mode, to identify light sources from the received image data, to locate them within the environment and to generate a model of the light output of the identified light sources, wherein the model comprises a time-dependent light contribution of the identified light sources.
Electrical device, having a printed-circuit board which is fitted with heat-generating components, wherein the printed-circuit board is disposed in a housing of the device, wherein the housing has a housing part, in particular a cup-shaped housing part, wherein a cooling plate connected to the printed-circuit board is pressed against the inner wall of the housing part by a wedge, wherein the inner wall is located on the side of the cooling plate facing away from the wedge, in particular wherein a cooling plate connected to the printed-circuit board is pressed against the inner wall of the housing part by a wedge such that heat from at least one heat-generating component, in particular a power module having power semiconductor switches, is able to be dissipated at a contact surface to the housing par, wherein the wedge is supported against a section of the housing part extending into the interior area of the device surrounded by the housing part, the section has a guide for the wedge, wherein the guide has at least one guide groove.
A hollow article with rigid walls (18,..., 98), surrounding an enclosed space (19,..., 99) that occupies the interior of the hollow article (10,..., 90), made of a primary plastic base material in which there is provided a secondary plastic material, consisting of a polymer, wherein this secondary polymer is formed by a first component, being a cyclic diisocyanate as a cyclic compound, with an aromatic or optionally an aliphatic structure, and by at least one additional component, wherein this secondary plastic material forms a barrier (12,..., 92) in the hollow article (10,..., 90), characterized in that said secondary plastic material has a ring structure that is aliphatic, wherein the aliphatic block is formed by CHDI (hydrogenated xylylene diisocyanate), incorporated as a barrier element and in that said secondary plastic material is formed by polyurea.
A method for mitigating bus deadlocks, comprising: defining a routing rule for directing data transport between a plurality of master devices (M0-M3) and a plurality of slave devices (S0-S2) via a plurality of interconnect buses (X0-X3), based on a network topology and a traffic profile; wherein the routing rule allows a first request, without corresponding write data, to be arbitrated in a first phase of arbitration at an interconnect bus in the plurality of interconnect buses (X0-X3); and characterised in that the routing rule does not allow the first request to be arbitrated during a subsequent second phase of arbitration at a subsequent interconnect bus of the plurality of interconnect buses unless the first request has corresponding write data; and routing data via an interconnect bus in the plurality of interconnect buses (X0-X3) using the routing rule. defining a routing rule for directing data transport between a plurality of master devices (M0-M3) and a plurality of slave devices (S0-S2) via a plurality of interconnect buses (X0-X3), based on a network topology and a traffic profile; wherein the routing rule allows a first request, without corresponding write data, to be arbitrated in a first phase of arbitration at an interconnect bus in the plurality of interconnect buses (X0-X3); and characterised in that the routing rule does not allow the first request to be arbitrated during a subsequent second phase of arbitration at a subsequent interconnect bus of the plurality of interconnect buses unless the first request has corresponding write data; and routing data via an interconnect bus in the plurality of interconnect buses (X0-X3) using the routing rule.
A compound of Formula I. wherein X is CH, CR 1, or N; A 1 is C alkyl; A 2 is cyclobutyl, or C alkyl, wherein said C alkyl is optionally substituted with OCH 3 or up to three fluorine atoms; or A 1 and A 2 are taken together with their attached nitrogen to form a ring selected the group consisting of azetidinyl, piperidinyl, pyrrolidinyl, wherein said ring is optionally substituted with up to three substituents independently selected from the group consisting of F, CF 3, CH 3, -CN, and CH 2 OH; R 1 is Cl, C(CH 3) 3, CH 2 CH 3, OCF 3, CF 3, OCH(CH 3) 2, CHF 2, OCHF 2, OCH 3, F, CH 3, or -CN; R 2 is H, F, or Cl; or R 1 and R 2 may be taken together with their attached phenyl to form a naphthalenyl, or quinolinyl group; R 3 is CF 3, or CH 2 CH 3; A 3 is H A 4 is H, C alkyl, wherein said C alkyl is optionally substituted with one to two substituents independently selected from COOH, CONH 2, -CN, and OH; or A 3 and A 4 may be taken together with their attached nitrogen to make a ring selected from the group consisting of and and pharmaceutically acceptable salts thereof X is CH, CR 1, or N; A 1 is C alkyl; A 2 is cyclobutyl, or C alkyl, wherein said C alkyl is optionally substituted with OCH 3 or up to three fluorine atoms; or A 1 and A 2 are taken together with their attached nitrogen to form a ring selected the group consisting of azetidinyl, piperidinyl, pyrrolidinyl, wherein said ring is optionally substituted with up to three substituents independently selected from the group consisting of F, CF 3, CH 3, -CN, and CH 2 OH; R 1 is Cl, C(CH 3) 3, CH 2 CH 3, OCF 3, CF 3, OCH(CH 3) 2, CHF 2, OCHF 2, OCH 3, F, CH 3, or -CN; R 2 is H, F, or Cl; or R 1 and R 2 may be taken together with their attached phenyl to form a naphthalenyl, or quinolinyl group; R 3 is CF 3, or CH 2 CH 3; A 3 is H A 4 is H, C alkyl, wherein said C alkyl is optionally substituted with one to two substituents independently selected from COOH, CONH 2, -CN, and OH; or A 3 and A 4 may be taken together with their attached nitrogen to make a ring selected from the group consisting of and and pharmaceutically acceptable salts thereof
A high-speed blister pack machine integrated with a box carton machine, comprising a blister packing machine and a box carton machine; wherein the blister packing machine is connected to a discharging grid conveying device for a continuous transmission; the box carton machine is connected to a feeding grid conveying device for a continuous transmission; a continuous transmission between the discharging grid conveying device and the feeding grid conveying device is realized through a blister pack transferring manipulator; characterised in that the discharging grid conveying device comprises a clean area grid conveying device located in a clean area and a non-clean area grid conveying device located in a non-clean area; a position of the clean area grid conveying device is higher than a position of the non-clean area grid conveying device; a front end of the clean area grid conveying device and a rear end of the non-clean area grid conveying device are connected to each other through a slideway to achieve a continuous transmission; the clean area and the non-clean area are separated by a partition wall; the partition wall has a window, and the slideway passes through the window.
A method of performing access to a network by a user equipment, UE, in a wireless communication system, the method comprising: receiving system information from a base station; determining one or more public land mobile networks, PLMNs, which are available in a cell, based on the system information; selecting a PLMN among the one or more PLMNs; determining (S605, S606), among pre-configured access identities, a specific access identity to access the selected PLMN; and performing an access control procedure based on the specific access identity, characterized in that 1) based on that the UE is configured for i) a multimedia priority service, MPS, or ii) a mission critical service, MCS, 2) based on that information representing a validity of an access identity related to the MPS or the MCS is pre-configured in the UE and 3) based on that said information representing a validity of an access identity indicates that the selected PLMN is one of PLMNs wherein an access identity related to the MPS or the MCS is valid, the specific access identity is, among the pre-configured access identities, determined as an access identity which is related to the MPS or the MCS. receiving system information from a base station; determining one or more public land mobile networks, PLMNs, which are available in a cell, based on the system information; selecting a PLMN among the one or more PLMNs; determining (S605, S606), among pre-configured access identities, a specific access identity to access the selected PLMN; and performing an access control procedure based on the specific access identity, characterized in that 1) based on that the UE is configured for i) a multimedia priority service, MPS, or ii) a mission critical service, MCS, 2) based on that information representing a validity of an access identity related to the MPS or the MCS is pre-configured in the UE and 3) based on that said information representing a validity of an access identity indicates that the selected PLMN is one of PLMNs wherein an access identity related to the MPS or the MCS is valid, the specific access identity is, among the pre-configured access identities, determined as an access identity which is related to the MPS or the MCS. 1) based on that the UE is configured for i) a multimedia priority service, MPS, or ii) a mission critical service, MCS, 2) based on that information representing a validity of an access identity related to the MPS or the MCS is pre-configured in the UE and 3) based on that said information representing a validity of an access identity indicates that the selected PLMN is one of PLMNs wherein an access identity related to the MPS or the MCS is valid, the specific access identity is, among the pre-configured access identities, determined as an access identity which is related to the MPS or the MCS.