mhurhangee/ep-ind-claims huggingface dataset:
A device (300, 400, 500, 600), comprising: a substrate (302, 402, 502, 602), including: a perimeter including a curvilinear segment (314, 414) adjoined to a plurality of facets (316, 318, 320, 322, 324, 416, 418, 420, 422, 424, 516, 518, 520, 522, 524), each adjacent pair of the plurality of facets adjoined at an obtuse angle, a display area (306, 406, 506, 606), including pixels on a surface of the substrate, a border area (308, 408, 508, 608) surrounding the display area, and a plurality of first connection pads (528, 628), in the border area, coupled to the pixels, and divided into groups of first connection pads, each of the groups of first connection pads adjacent to a corresponding one of the plurality of facets; and a flexible circuit board having a plurality of arms corresponding to the plurality of facets, each of the plurality of arms coupled to a corresponding one of the groups of first connection pads and extending around a corresponding one of the plurality of facets. a substrate (302, 402, 502, 602), including: a perimeter including a curvilinear segment (314, 414) adjoined to a plurality of facets (316, 318, 320, 322, 324, 416, 418, 420, 422, 424, 516, 518, 520, 522, 524), each adjacent pair of the plurality of facets adjoined at an obtuse angle, a display area (306, 406, 506, 606), including pixels on a surface of the substrate, a border area (308, 408, 508, 608) surrounding the display area, and a plurality of first connection pads (528, 628), in the border area, coupled to the pixels, and divided into groups of first connection pads, each of the groups of first connection pads adjacent to a corresponding one of the plurality of facets; and a perimeter including a curvilinear segment (314, 414) adjoined to a plurality of facets (316, 318, 320, 322, 324, 416, 418, 420, 422, 424, 516, 518, 520, 522, 524), each adjacent pair of the plurality of facets adjoined at an obtuse angle, a display area (306, 406, 506, 606), including pixels on a surface of the substrate, a border area (308, 408, 508, 608) surrounding the display area, and a plurality of first connection pads (528, 628), in the border area, coupled to the pixels, and divided into groups of first connection pads, each of the groups of first connection pads adjacent to a corresponding one of the plurality of facets; and a flexible circuit board having a plurality of arms corresponding to the plurality of facets, each of the plurality of arms coupled to a corresponding one of the groups of first connection pads and extending around a corresponding one of the plurality of facets.
A transmitter (101, 101A) for transmitting a plurality of synchronization signals in a predetermined transmission cycle Tf, wherein the transmitter comprises: identification information assigning means for assigning a sequence number to each of the plurality of synchronization signals; and multiple-synchronization-signal transmission means (112, 113) for continuously transmitting, from a start time of the predetermined transmission cycle, the synchronization signal a plurality of times and with an interval shorter than the predetermined transmission cycle. identification information assigning means for assigning a sequence number to each of the plurality of synchronization signals; and multiple-synchronization-signal transmission means (112, 113) for continuously transmitting, from a start time of the predetermined transmission cycle, the synchronization signal a plurality of times and with an interval shorter than the predetermined transmission cycle.
An information processing apparatus comprising: a processor configured to control a system of the information processing apparatus; a power source controller, operating with two power source systems (VCC1,VCC2), the power source controller including respectively a first power source system region and a second power source system region, and the power source controller being configured to perform control of power supply to the system and to turn off the second power source system region of the power source controller in standby mode in which a power source of the processor is turned off; a memory configured to store information in standby mode; and a power supply unit (110, 130) configured to perform power supply to the memory in standby mode, wherein the power supply unit (110, 130) operates in the first power source system region in standby mode. a processor configured to control a system of the information processing apparatus; a power source controller, operating with two power source systems (VCC1,VCC2), the power source controller including respectively a first power source system region and a second power source system region, and the power source controller being configured to perform control of power supply to the system and to turn off the second power source system region of the power source controller in standby mode in which a power source of the processor is turned off; a memory configured to store information in standby mode; and a power supply unit (110, 130) configured to perform power supply to the memory in standby mode, wherein the power supply unit (110, 130) operates in the first power source system region in standby mode.
A device suitable for direct visual examination and sample collection from the digestive track and vagina; the device comprising: a main body; an observation channel situated inside the main body comprising a first closed end and a second end; and an obdurator for insertion into the main body comprising a longitudinal groove arranged to accommodate the observation channel and a complete convex tip comprising a resiliently deformable portion, wherein the resiliently deformable portion is adapted to deform to allow the obdurator to pass over the observation channel as the obdurator is being inserted into the main body and to restore to its original shape once the tip has passed over the observation channel and the obdurator is fully inserted into the main body, and wherein restoring the resiliently deformable portion to its original shape results in the tip of the obdurator being restored to its original complete convex shape. a main body; an observation channel situated inside the main body comprising a first closed end and a second end; and an obdurator for insertion into the main body comprising a longitudinal groove arranged to accommodate the observation channel and a complete convex tip comprising a resiliently deformable portion, wherein the resiliently deformable portion is adapted to deform to allow the obdurator to pass over the observation channel as the obdurator is being inserted into the main body and to restore to its original shape once the tip has passed over the observation channel and the obdurator is fully inserted into the main body, and wherein restoring the resiliently deformable portion to its original shape results in the tip of the obdurator being restored to its original complete convex shape.
A liquid ejection head comprising a base plate and at least two device chips in which ejection ports for ejecting a liquid are formed, the device chips being disposed on the base plate, wherein at least one first reference mark is provided on the base plate, a second reference mark is provided on each of the device chips, and the second reference marks and the first reference mark are disposed on an array axis along which the device chips are arrayed, characterized in that at least one space is formed between adjacent ones of the device chips, and the first reference mark is present in the space. wherein at least one first reference mark is provided on the base plate, a second reference mark is provided on each of the device chips, and the second reference marks and the first reference mark are disposed on an array axis along which the device chips are arrayed, characterized in that at least one space is formed between adjacent ones of the device chips, and the first reference mark is present in the space.
A compressor comprising: an airtight container; a compression mechanism that is accommodated in the airtight container and compresses a refrigerant introduced into the airtight container; a motor including a cylindrical stator and a rotor that is disposed inside the stator and generates rotational driving force of the compression mechanism, the stator being fixed to an inner surface of the airtight container; and a pair of sealed terminals (18, 19) arranged in the airtight container, wherein each of the sealed terminals (18, 19) has three plate-shaped terminals that are disposed outside the airtight container and are electrically connected to the motor; characterized in that one surface of each of the three plate-shaped terminals is aligned with each side of a triangle and faces each of other two plate-shaped terminal on the one surface in such a manner that three virtual planes each containing the one surface form the triangle across the three plate-shaped terminals; and one of corners of the triangle formed by the three plate-shaped terminals of one of the sealed terminals (18, 19) faces one of corners of the triangle formed by the three plate-shaped terminals of another of the sealed terminals (18, 19). an airtight container; a compression mechanism that is accommodated in the airtight container and compresses a refrigerant introduced into the airtight container; a motor including a cylindrical stator and a rotor that is disposed inside the stator and generates rotational driving force of the compression mechanism, the stator being fixed to an inner surface of the airtight container; and a pair of sealed terminals (18, 19) arranged in the airtight container, wherein each of the sealed terminals (18, 19) has three plate-shaped terminals that are disposed outside the airtight container and are electrically connected to the motor; characterized in that one surface of each of the three plate-shaped terminals is aligned with each side of a triangle and faces each of other two plate-shaped terminal on the one surface in such a manner that three virtual planes each containing the one surface form the triangle across the three plate-shaped terminals; and one of corners of the triangle formed by the three plate-shaped terminals of one of the sealed terminals (18, 19) faces one of corners of the triangle formed by the three plate-shaped terminals of another of the sealed terminals (18, 19).
A robotic system comprising: a display that is viewable by an operator, wherein an operator reference frame is defined relative to the display or the operator viewing the display; an input device movable by the operator; a processing unit including one or more processors, the processing unit configured to: present, in the display, a first image of a first tool (14, 15) captured by an imaging device (15, 414); present, in the display, a marker controlled by the input device; receive, from the operator, a first indication that the marker is aligned with an alignment target (428, 432), the alignment target (428, 432) presented in the display and associated with the first image; and in response to the first indication, determine a first alignment relationship based on a second alignment relationship, the first alignment relationship being between the imaging device (15, 414) and a first tool (14, 15, and the second alignment relationship being between the operator reference frame and the input device. a display that is viewable by an operator, wherein an operator reference frame is defined relative to the display or the operator viewing the display; an input device movable by the operator; a processing unit including one or more processors, the processing unit configured to: present, in the display, a first image of a first tool (14, 15) captured by an imaging device (15, 414); present, in the display, a marker controlled by the input device; receive, from the operator, a first indication that the marker is aligned with an alignment target (428, 432), the alignment target (428, 432) presented in the display and associated with the first image; and in response to the first indication, determine a first alignment relationship based on a second alignment relationship, the first alignment relationship being between the imaging device (15, 414) and a first tool (14, 15, and the second alignment relationship being between the operator reference frame and the input device. present, in the display, a first image of a first tool (14, 15) captured by an imaging device (15, 414); present, in the display, a marker controlled by the input device; receive, from the operator, a first indication that the marker is aligned with an alignment target (428, 432), the alignment target (428, 432) presented in the display and associated with the first image; and in response to the first indication, determine a first alignment relationship based on a second alignment relationship, the first alignment relationship being between the imaging device (15, 414) and a first tool (14, 15, and the second alignment relationship being between the operator reference frame and the input device.
A method for controlling the heating supply for heat consumers in buildings of a settlement by means of a central heat supplier, in which a heat transfer medium is heated and fed to the heat consumers in the buildings of the settlement via a heat distribution network, wherein a heat consumer in a building is a central building heating installation which is provided with heating elements or heating surfaces for heating individual rooms of the building connected in a heating circuit, wherein a building supply status ( GVZ i) indicating the heating requirement is determined for a building connected to the heat distribution network, characterized in that by using the building supply statuses ( GVZ i) for the buildings collected into the settlement, a settlement supply status indicating the heating requirement for the entire settlement is determined and in that the central heat supplier is controlled as a function of said settlement supply status, - wherein, in order to control the central heat supplier as a function of the settlement supply status, the deviation (Δ SVZ) of the settlement supply status from a nominal value for the settlement supply status ( XS SVZ) is determined and, depending on the value of the deviation, a network flow temperature change ( ΔVLT Netz) for the network flow temperature ( VLT Netz) or a network flow temperature ( VLT Netz) is determined, and - wherein, in addition to the dependency on the settlement supply status, the network flow temperature change ( ΔVLT Netz) or the network flow temperature ( VLT Netz) is also determined as a function of an accumulator management specification (SPMV) which takes into account the accumulator storage status ( SLZ j) of the central and/or local heat stores (6, 5) connected into the heat distribution network. - wherein, in order to control the central heat supplier as a function of the settlement supply status, the deviation (Δ SVZ) of the settlement supply status from a nominal value for the settlement supply status ( XS SVZ) is determined and, depending on the value of the deviation, a network flow temperature change ( ΔVLT Netz) for the network flow temperature ( VLT Netz) or a network flow temperature ( VLT Netz) is determined, and - wherein, in addition to the dependency on the settlement supply status, the network flow temperature change ( ΔVLT Netz) or the network flow temperature ( VLT Netz) is also determined as a function of an accumulator management specification (SPMV) which takes into account the accumulator storage status ( SLZ j) of the central and/or local heat stores (6, 5) connected into the heat distribution network.
A method for controlling a resonant converter power production, comprising: monitoring an integrated current, during a conduction period of a switching bridge, to determine an amount of accumulated charge through a resonant circuit of a resonant converter; characterized in dynamically determining, during the conduction period and based on the integrated current, when the amount of the accumulated charge is sufficient to generate a predetermined output power from the resonant converter; and deactivating the switching bridge when the amount of the accumulated charge is sufficient to generate the predetermined output power, wherein the integrated current is reset each switching cycle of the switching bridge. monitoring an integrated current, during a conduction period of a switching bridge, to determine an amount of accumulated charge through a resonant circuit of a resonant converter; characterized in dynamically determining, during the conduction period and based on the integrated current, when the amount of the accumulated charge is sufficient to generate a predetermined output power from the resonant converter; and deactivating the switching bridge when the amount of the accumulated charge is sufficient to generate the predetermined output power, wherein the integrated current is reset each switching cycle of the switching bridge.
A display screen, comprising an Organic Light-Emitting Diode, OLED display screen and an optical fingerprint module arranged in the OLED display screen, wherein the OLED display screen comprises a light-emitting layer and a touch screen, the light-emitting layer comprises a first light-emitting region and a second light-emitting region, and the first light-emitting region is arranged at a position corresponding to the optical fingerprint module and configured to, when the region of the touch screen, which corresponds to the first light-emitting region, is not touched, emit light at a first preset brightness value, and when the region of the touch screen, which corresponds to the first light-emitting region, is touched, emit light at a second preset brightness value, the first preset brightness value is smaller than the second preset brightness value, characterized in that two separate circuits are provided to supply power to the first light-emitting region and the second light-emitting region.
A fence standard including: a shaft made of an electrically conductive material; and a wire support made of electrically non-conductive material including: an elongate support member; and an open ended loop extending from the support member, made of a length of material bending around to double onto or cross over itself and result in opposing sections (204a, 204b) having a gap between them to permit passage of a wire into the centre of the open ended loop in use, wherein the open ended loop is made of solid material and the entire cross section of the open ended loop is electrically isolated from the shaft, and wherein the wire support is directly moulded in place on an end of the shaft with the open ended loop extending beyond the end of the shaft. a shaft made of an electrically conductive material; and a wire support made of electrically non-conductive material including: an elongate support member; and an open ended loop extending from the support member, made of a length of material bending around to double onto or cross over itself and result in opposing sections (204a, 204b) having a gap between them to permit passage of a wire into the centre of the open ended loop in use, wherein the open ended loop is made of solid material and the entire cross section of the open ended loop is electrically isolated from the shaft, and wherein the wire support is directly moulded in place on an end of the shaft with the open ended loop extending beyond the end of the shaft. an elongate support member; and an open ended loop extending from the support member, made of a length of material bending around to double onto or cross over itself and result in opposing sections (204a, 204b) having a gap between them to permit passage of a wire into the centre of the open ended loop in use, wherein the open ended loop is made of solid material and the entire cross section of the open ended loop is electrically isolated from the shaft, and wherein the wire support is directly moulded in place on an end of the shaft with the open ended loop extending beyond the end of the shaft.
Use of an adhesive tape to sheath elongate material, wherein a) the adhesive tape is led helically around the elongate material or b) the elongate material is axially enveloped by the tape, wherein the adhesive tape comprises a biobased carrier material, wherein the biobased carrier material is in the form of sheetlike elements comprising spun, woven and/or molten sheetlike elements, comprising a biobased polyester wherein - either or both of the surfaces of the biobased carrier material is provided with - at least one adhesive material, which may be wholly or partly sunk into the carrier, and - optionally at least one facing material and/or transfer material, characterized in that the biobased polyester is based on at least two different biobased monomers derived from biomass-containing carbohydrates where at least one biobased monomer is a furan derivative of formula I where - R1 is independently a carboxyl group and by way of substituent contains a linear, branched and/or cyclic substituted or unsubstituted hydrocarbyl group having 1 to 20 carbon atoms which optionally contains O, N or S atoms, or is a carboxylic acid group or an anhydride, and - R2 is independently a carboxyl group and by way of substituent comprises a linear, branched and/or cyclic substituted or unsubstituted hydrocarbyl group having 1 to 20 carbon atoms, or is a carboxylic acid group or an anhydride, the second biobased monomer is a hydroxyl-functional compound comprising 1 to 100 carbon atoms, wherein the polyester has an average molecular weight Mw of greater than or equal to 1000 g/mol (measured by the measuring method specified in the description) and the proportion of biobased monomers in the biobased polyester is greater than or equal to 55 mol% relative to all monomers of the polyester, wherein the proportion of biobased monomers in the biobased polyester is determined via the ratio of 14 C/ 12 C carbon atoms. a) the adhesive tape is led helically around the elongate material or b) the elongate material is axially enveloped by the tape, - either or both of the surfaces of the biobased carrier material is provided with - at least one adhesive material, which may be wholly or partly sunk into the carrier, and - optionally at least one facing material and/or transfer material, - R1 is independently a carboxyl group and by way of substituent contains a linear, branched and/or cyclic substituted or unsubstituted hydrocarbyl group having 1 to 20 carbon atoms which optionally contains O, N or S atoms, or is a carboxylic acid group or an anhydride, and - R2 is independently a carboxyl group and by way of substituent comprises a linear, branched and/or cyclic substituted or unsubstituted hydrocarbyl group having 1 to 20 carbon atoms, or is a carboxylic acid group or an anhydride,