mhurhangee/patent-ind-claim-en huggingface dataset:
An immersion lithographic apparatus, comprising: a projection system (PS) configured to project a patterned radiation beam through an immersion liquid onto a target portion of a substrate (W), an external surface of the projection system comprising a first surface having a non-planar shape; and an element attached to the first surface and positioned so that at least a portion of the element contacts the immersion liquid in use, characterized in that : the element comprises a closed loop of continuously integral material in a preformed state and conforming to the non-planar shape of the first surface such that there exists no interface on the closed loop. a projection system (PS) configured to project a patterned radiation beam through an immersion liquid onto a target portion of a substrate (W), an external surface of the projection system comprising a first surface having a non-planar shape; and an element attached to the first surface and positioned so that at least a portion of the element contacts the immersion liquid in use, characterized in that : the element comprises a closed loop of continuously integral material in a preformed state and conforming to the non-planar shape of the first surface such that there exists no interface on the closed loop.
A method for surveillance of a scene comprising the steps of: capturing, by a single device, a scene via at least two image streams including a high resolution image stream and a low resolution image stream; determining one or more changes to a sequence of frames of the low resolution image stream; if the one or more changes have been determined, comparing the one or more changes to check whether the one or more changes fall within detection rules ; if the one or more changes fall within the detection rules , deriving location data from the low resolution image stream where the one or more changes have been determined; outputting high resolution data in the high resolution image stream corresponding to a sub-area indicated by the location data, to identify a specific object, the specific object having triggered the one or more changes; and only storing the output high resolution data corresponding to the sub-area; wherein if no change falls within the detection rules , compressing and storing image data of the low resolution image stream in a long term storage. capturing, by a single device, a scene via at least two image streams including a high resolution image stream and a low resolution image stream; determining one or more changes to a sequence of frames of the low resolution image stream; if the one or more changes have been determined, comparing the one or more changes to check whether the one or more changes fall within detection rules ; if the one or more changes fall within the detection rules , deriving location data from the low resolution image stream where the one or more changes have been determined; outputting high resolution data in the high resolution image stream corresponding to a sub-area indicated by the location data, to identify a specific object, the specific object having triggered the one or more changes; and only storing the output high resolution data corresponding to the sub-area; deriving location data from the low resolution image stream where the one or more changes have been determined; outputting high resolution data in the high resolution image stream corresponding to a sub-area indicated by the location data, to identify a specific object, the specific object having triggered the one or more changes; and only storing the output high resolution data corresponding to the sub-area;
A slot insulator for an electrical machine comprising: a first slot liner with a winding slot defined therethrough in an axial direction (A); a second slot liner with a winding slot defined therethrough in the axial direction, wherein the second slot liner is spaced apart in a lateral direction (B) perpendicular to the axial direction from the first slot liner by a gap (G); and a span portion bridging across the gap to connect the first and second slot liners; each of the first and second slot liners defines a complete perimeter surrounding the respective winding slot ; characterized in that the span portion includes a material different than that of the first and second slot liners, wherein the material of the span portion has a higher thermal conductivity than that of the first and second slot liners. a first slot liner with a winding slot defined therethrough in an axial direction (A); a second slot liner with a winding slot defined therethrough in the axial direction, wherein the second slot liner is spaced apart in a lateral direction (B) perpendicular to the axial direction from the first slot liner by a gap (G); and a span portion bridging across the gap to connect the first and second slot liners; each of the first and second slot liners defines a complete perimeter surrounding the respective winding slot ; characterized in that the span portion includes a material different than that of the first and second slot liners, wherein the material of the span portion has a higher thermal conductivity than that of the first and second slot liners.
Device for the continuous treatment of foodstuffs with pulsed electric fields, which has a housing with a housing base extending between the side walls of the housing, a circulating conveyor belt guided through the housing and having drivers arranged transversely to the conveying direction, and two electrodes arranged in the housing and spaced apart from one another, which are connected to the terminals of opposite polarity of a voltage supply, wherein lateral insulator plates are arranged on the inside of the side walls on both sides of the conveyor belt , wherein the drivers extend to a small distance, which amounts to 1 to 30 mm, from the lateral insulator plates and the electrodes are arranged in matching recesses of the lateral insulator plates , which are open towards the opposite electrode, wherein the electrodes project by a maximum of 20 mm beyond the surfaces of the lateral insulator plates or lie behind these.
Distribution boom for a concrete pump , comprising at least a first and a second boom arm (4', 4"), wherein the load-bearing structure of each of the two boom arms (4', 4") is configured as a hollow profile, the first and the second boom arm (4', 4") are connected to one another via a joint and can be pivoted relative to one another about a pivot axis via the joint , and wherein a concrete delivery line (9', 9") is provided along the boom arms (4', 4"), wherein the joint connects the first and the second boom arm (4', 4") in a manner offset with respect to one another in the axial direction of the pivot axis in such a way that the load-bearing structures, configured as hollow profiles, of each of the two boom arms (4', 4") intersect a separating plane , running perpendicular to the pivot axis between the first and the second boom arm (4', 4"), only in the joint , wherein the joint comprises a lateral projection which is arranged on the second boom arm (4") and protrudes beyond the first boom arm , and the two boom arms (4', 4") are pivotably connected to one another via the lateral projection of the joint , and wherein arranged on the first boom arm is a hydraulic cylinder , which engages on the lateral projection , arranged on the second boom arm (4"), of the joint via one or more coupling rods in such a way that the joint kinematics act exclusively perpendicular to the pivot axis of the joint and a relative pivoting movement of the two boom arms (4', 4") relative to one another about the pivot axis of the joint can be brought about by the hydraulic cylinder .
A gas flow pressure conditioning apparatus for use with a pulsing insufflation pump, the apparatus comprising: an inlet port configured to receive a flow of gas from the pulsing insufflation pump; an accumulator fluidly coupled to the inlet port ; a pressure storage vessel fluidly coupled to the inlet port ; a flow restrictor fluidly coupled to the inlet port ; and an outlet port fluidly coupled to the inlet port and disposed downstream of the accumulator , the pressure storage vessel , and the flow restrictor; and a gas supply tube fluidly coupled to the inlet port and the outlet port and having a first inner diameter, and characterized in that the flow restrictor comprises a restrictor plate having an orifice within the gas supply tube, the orifice having a second diameter smaller than the first inner diameter. an inlet port configured to receive a flow of gas from the pulsing insufflation pump; an accumulator fluidly coupled to the inlet port ; a pressure storage vessel fluidly coupled to the inlet port ; a flow restrictor fluidly coupled to the inlet port ; and an outlet port fluidly coupled to the inlet port and disposed downstream of the accumulator , the pressure storage vessel , and the flow restrictor; and a gas supply tube fluidly coupled to the inlet port and the outlet port and having a first inner diameter, and characterized in that the flow restrictor comprises a restrictor plate having an orifice within the gas supply tube, the orifice having a second diameter smaller than the first inner diameter.
Soluble β -[poly- -D-glucopyranosyl]-poly-β -D-glucopyranose and an anti-PD-L1 antibody for use in a method of treating a subject having cancer, wherein the anti-PD-L1 antibody is a non-complement activating antibody.
A sound processing apparatus comprising: a speaker selecting unit configured to select four processing-target speakers from a plurality of speakers based on a target sound image position; a gain calculating unit configured to calculate gains of the selected processing-target speakers based on the target sound image position and the select information supplied from the speaker selecting unit , wherein the gain calculating unit is configured to: determine a position of a virtual speaker based on the target sound image position and the select information supplied from the speaker selecting unit , by performing three-dimensional Vector Base Amplitude Panning, VBAP, calculate gains for the virtual speaker and two of the selected processing-target speakers based on the target sound image position, the select information, and the position of the virtual speaker, by performing two-dimensional VBAP, calculate gains for other two of the selected processing-target speakers based on the select information and the position of the virtual speaker, and multiply the gains of the other two of the selected processing-target speakers by the gain of the virtual speaker. a speaker selecting unit configured to select four processing-target speakers from a plurality of speakers based on a target sound image position; a gain calculating unit configured to calculate gains of the selected processing-target speakers based on the target sound image position and the select information supplied from the speaker selecting unit , wherein the gain calculating unit is configured to: determine a position of a virtual speaker based on the target sound image position and the select information supplied from the speaker selecting unit , by performing three-dimensional Vector Base Amplitude Panning, VBAP, calculate gains for the virtual speaker and two of the selected processing-target speakers based on the target sound image position, the select information, and the position of the virtual speaker, by performing two-dimensional VBAP, calculate gains for other two of the selected processing-target speakers based on the select information and the position of the virtual speaker, and multiply the gains of the other two of the selected processing-target speakers by the gain of the virtual speaker. determine a position of a virtual speaker based on the target sound image position and the select information supplied from the speaker selecting unit , by performing three-dimensional Vector Base Amplitude Panning, VBAP, calculate gains for the virtual speaker and two of the selected processing-target speakers based on the target sound image position, the select information, and the position of the virtual speaker, by performing two-dimensional VBAP, calculate gains for other two of the selected processing-target speakers based on the select information and the position of the virtual speaker, and multiply the gains of the other two of the selected processing-target speakers by the gain of the virtual speaker.
A method for processing geological data, the method comprising: receiving a geological data processing tool at a client system , wherein the geological data processing tool comprises artificial intelligence, and wherein the geological data processing tool is generated by a geological processing tool provider; obtaining training data for the geological data processing tool, wherein the training data comprises a plurality of labels; training the geological data processing tool based on the training data; receiving data representing a physical, subterranean volume; identifying one or more geological features in the subterranean volume by using the geological data processing tool after training the geological data processing tool; and modifying , using the client system, one or more parameters of the geological data processing tool, or one or more labels of the plurality of labels. receiving a geological data processing tool at a client system , wherein the geological data processing tool comprises artificial intelligence, and wherein the geological data processing tool is generated by a geological processing tool provider; obtaining training data for the geological data processing tool, wherein the training data comprises a plurality of labels; training the geological data processing tool based on the training data; receiving data representing a physical, subterranean volume; identifying one or more geological features in the subterranean volume by using the geological data processing tool after training the geological data processing tool; and modifying , using the client system, one or more parameters of the geological data processing tool, or one or more labels of the plurality of labels.
Protective glove configured to protect a dorsal side of a hand of a user, comprising: - a flexible layer configured to fit against a back of the hand and comprising extensions that are each configured to extend along and fit against a respective proximal phalanx of a finger ; - a rigid shell configured to extend over a metacarpal area and over knuckles of the back of the hand to thereby protect the back of the hand , wherein said shell is supported by said flexible layer and arranged at an offset relative to the back of the hand to thereby define a gap between the shell and the back of the hand ; and - wherein one or more than one of the extensions that are configured to extend along the proximal phalanx of the finger supports a phalanx protector that is configured to extend over the respective proximal phalanx , characterized in that - the phalanx protector is further configured to extend over a corresponding knuckle of the hand ; and - wherein, at least when the fingers are extended, the rigid shell and the phalanx protector define an overlap and the phalanx protector that extends over the corresponding knuckle extends in the offset that defines the gap between the rigid shell and the back of the hand . - a flexible layer configured to fit against a back of the hand and comprising extensions that are each configured to extend along and fit against a respective proximal phalanx of a finger ; - a rigid shell configured to extend over a metacarpal area and over knuckles of the back of the hand to thereby protect the back of the hand , wherein said shell is supported by said flexible layer and arranged at an offset relative to the back of the hand to thereby define a gap between the shell and the back of the hand ; and - wherein one or more than one of the extensions that are configured to extend along the proximal phalanx of the finger supports a phalanx protector that is configured to extend over the respective proximal phalanx , - the phalanx protector is further configured to extend over a corresponding knuckle of the hand ; and - wherein, at least when the fingers are extended, the rigid shell and the phalanx protector define an overlap and the phalanx protector that extends over the corresponding knuckle extends in the offset that defines the gap between the rigid shell and the back of the hand .
A display apparatus comprising: a display module ; a back cover disposed at a rear surface of the display module ; a compartment provided inside the back cover ; a sound generating unit inserted into the compartment ; and wherein an upper surface of the sound generating unit is attached to the rear surface of the display module ; characterized in that the back cover includes: an upper substrate facing to the rear surface of the display module ; a lower substrate spaced apart from the upper substrate with a predetermined distance, wherein the upper substrate is facing the lower substrate ; and a plurality of partition walls disposed between the upper substrate and the lower substrate , and wherein the compartment is defined between the two substrates and at least one partition wall . a display module ; a back cover disposed at a rear surface of the display module ; a compartment provided inside the back cover ; a sound generating unit inserted into the compartment ; and wherein an upper surface of the sound generating unit is attached to the rear surface of the display module ; an upper substrate facing to the rear surface of the display module ; a lower substrate spaced apart from the upper substrate with a predetermined distance, wherein the upper substrate is facing the lower substrate ; and a plurality of partition walls disposed between the upper substrate and the lower substrate , and wherein the compartment is defined between the two substrates and at least one partition wall .
A method for wireless communication at a user equipment, UE (115; 505; 605; 805), comprising: receiving (310; 410; 1305; 1405), from a first base station (105; 905; 1005; 1205), a configuration for reference signal transmission, the configuration comprising a set of uplink transmit power levels and a set of time and frequency resources; transmitting (320; 420; 1310; 1410), based at least in part on the configuration, a plurality of uplink reference signals at different power levels; receiving (335; 435; 1315; 1415) from the first base station, based at least in part on transmitting the plurality of uplink reference signals, an instruction to perform a handover to a second base station (105; 905; 1005; 1205), the instruction comprising an indication of a selected uplink reference signal of the plurality of uplink reference signals and a power parameter associated with the indicated uplink reference signal; and performing (1320; 1425) the handover to the second base station based at least in part on the instruction. receiving (310; 410; 1305; 1405), from a first base station (105; 905; 1005; 1205), a configuration for reference signal transmission, the configuration comprising a set of uplink transmit power levels and a set of time and frequency resources; transmitting (320; 420; 1310; 1410), based at least in part on the configuration, a plurality of uplink reference signals at different power levels; receiving (335; 435; 1315; 1415) from the first base station, based at least in part on transmitting the plurality of uplink reference signals, an instruction to perform a handover to a second base station (105; 905; 1005; 1205), the instruction comprising an indication of a selected uplink reference signal of the plurality of uplink reference signals and a power parameter associated with the indicated uplink reference signal; and performing (1320; 1425) the handover to the second base station based at least in part on the instruction.
A planographic printing plate precursor comprising: a support; and an image recording layer on the support, wherein the image recording layer comprises an infrared absorbing agent that is capable of being decomposed by exposure to infrared rays, a polymer having a structural unit formed of an aromatic vinyl compound, a polymerization initiator, and a polymerizable compound, and characterized by the polymer having a structural unit formed of an aromatic vinyl compound comprises a structural unit formed of a N-vinyl heterocyclic compound or a structural unit comprising -OH, -CONR 1 R 2 , or a group represented by Formula PO as a hydrophilic group: wherein, in Formula PO, L P 's each independently represent an alkylene group, R P represents a hydrogen atom or an alkyl group, and n represents an integer of 1 to 10; R 1 and R 2 each independently represent a hydrogen atom, an alkyl group, an alkenyl group, or an aryl group, and R 1 and R 2 may be bonded to each other to form a ring. a support; and an image recording layer on the support, wherein the image recording layer comprises an infrared absorbing agent that is capable of being decomposed by exposure to infrared rays, a polymer having a structural unit formed of an aromatic vinyl compound, a polymerization initiator, and a polymerizable compound, and characterized by the polymer having a structural unit formed of an aromatic vinyl compound comprises a structural unit formed of a N-vinyl heterocyclic compound or a structural unit comprising -OH, -CONR 1 R 2 , or a group represented by Formula PO as a hydrophilic group: wherein, in Formula PO, L P 's each independently represent an alkylene group, R P represents a hydrogen atom or an alkyl group, and n represents an integer of 1 to 10; R 1 and R 2 each independently represent a hydrogen atom, an alkyl group, an alkenyl group, or an aryl group, and R 1 and R 2 may be bonded to each other to form a ring.
A computer-implemented method for participating as a node within a network , the method comprising: computing a value associated with at least one network metric; determining that at least one network condition exists by comparing the value associated with the at least one network metric against a predetermined value; waiting for a random time duration; determining that the at least one network condition still exists after the random time duration has elapsed; and in response to determining that the at least one network condition still exists, determining whether to participate as an active node within the network based on the value of the at least one network metric relative to the predetermined value. computing a value associated with at least one network metric; determining that at least one network condition exists by comparing the value associated with the at least one network metric against a predetermined value; waiting for a random time duration; determining that the at least one network condition still exists after the random time duration has elapsed; and in response to determining that the at least one network condition still exists, determining whether to participate as an active node within the network based on the value of the at least one network metric relative to the predetermined value.
An apparatus comprising: a goggle lens comprising a front surface and a back surface, characterized in that the goggle lens comprises further a protrusion disposed on the front surface and configured to contact a nose section of a goggle frame to space the nose section of the goggle frame away from the front surface; a film disposed on the front surface, wherein the film is configured to be dispensed across the front surface and underneath the nose section when the goggle lens is coupled to the goggle frame . a goggle lens comprising a front surface and a back surface, characterized in that the goggle lens comprises further a protrusion disposed on the front surface and configured to contact a nose section of a goggle frame to space the nose section of the goggle frame away from the front surface; a film disposed on the front surface, wherein the film is configured to be dispensed across the front surface and underneath the nose section when the goggle lens is coupled to the goggle frame .