mhurhangee/patent-ind-claim-en huggingface dataset:
A method of producing a sintered compact containing one or more chalcogenide elements (A), one or more Vb group elements (B) below and optionally one or more elements selected from (C) and/or (D) including the steps of: mixing raw material powder composed of the respective elements or raw material powder of an alloy of two or more elements; and hot pressing the mixed powder under conditions that satisfy the following formula: P (pressure) ≦{Pf/(Tf-T 0 )} × (T-T 0 ) + P 0 (Pf: final pressure, Tf: final temperature, P 0 : atmospheric pressure, T: heating temperature, T 0 : room temperature, temperatures are in Celsius, (A): one or more chalcogenide elements selected from S, Se, and Te; (B): one or more Vb group elements selected from Bi, Sb, As, P, and N (C): one or more IVb group elements selected from Pb, Sn, Ge, Si, and C; and (D): one or more elements selected from Ag, Au, Pd, Pt, B, Al, Ga, In, Ti, and Zr). mixing raw material powder composed of the respective elements or raw material powder of an alloy of two or more elements; and hot pressing the mixed powder under conditions that satisfy the following formula: P (pressure) ≦{Pf/(Tf-T 0 )} × (T-T 0 ) + P 0 (Pf: final pressure, Tf: final temperature, P 0 : atmospheric pressure, T: heating temperature, T 0 : room temperature, temperatures are in Celsius, (A): one or more chalcogenide elements selected from S, Se, and Te; (B): one or more Vb group elements selected from Bi, Sb, As, P, and N (C): one or more IVb group elements selected from Pb, Sn, Ge, Si, and C; and (D): one or more elements selected from Ag, Au, Pd, Pt, B, Al, Ga, In, Ti, and Zr). (A): one or more chalcogenide elements selected from S, Se, and Te; (B): one or more Vb group elements selected from Bi, Sb, As, P, and N (C): one or more IVb group elements selected from Pb, Sn, Ge, Si, and C; and (D): one or more elements selected from Ag, Au, Pd, Pt, B, Al, Ga, In, Ti, and Zr).
Process for producing a spectacle lens comprising, proceeding from the front face on the object side of the spectacle lens to the opposite reverse face of the spectacle lens, at least components A, B and C, where component A comprises an ultrathin lens, component B comprises at least one polymeric material or at least one mineral glass, component C comprises at least one ultrathin lens, the ultrathin lens has an average thickness from a range from 90 μm to 210 μm, the spectacle lens has a middle thickness from a range from 0.34 mm to 2.22 mm, and the spectacle lens has no damage after impact of a steel ball of size 15.87 mm and weight 16.36 g from a height of 1.27 m, and the process comprises the following steps: i. providing an ultrathin lens of component A and providing an ultrathin lens of component C, ii. providing a semifinished spectacle lens of component B comprising a polymeric material or a mineral glass, where the optically effective target face of component B may optionally be covered with a functional layer, iii. bonding the optically effective target face of component B to the reverse face of component A or the front face of component C, iv. converting the opposite face of component B from the optically effective target face to a likewise optically effective target face, v. bonding the spectacle lens obtained in step iv. comprising components A and B or B and C to the ultrathin lens of component C or to the ultrathin lens of component A, vi. edging the spectacle lens obtained in step v. comprising components A, B and C. i. providing an ultrathin lens of component A and providing an ultrathin lens of component C, ii. providing a semifinished spectacle lens of component B comprising a polymeric material or a mineral glass, where the optically effective target face of component B may optionally be covered with a functional layer, iii. bonding the optically effective target face of component B to the reverse face of component A or the front face of component C, iv. converting the opposite face of component B from the optically effective target face to a likewise optically effective target face, v. bonding the spectacle lens obtained in step iv. comprising components A and B or B and C to the ultrathin lens of component C or to the ultrathin lens of component A, vi. edging the spectacle lens obtained in step v. comprising components A, B and C.
An actuator assembly suitable for cryogenic device for controlling an outflow of a cryogenic fluid, wherein said actuator assembly comprises at least one spring leaf and a needle , whereby said spring leaf is configured to bear against a ball of a ball valve of the cryogenic device.
Planar photodiode array (200 ; 400 ; 500) comprising a useful layer (10 ; 30) made of a cadmium, mercury and tellurium semi-conductor alloy of Cd x Hg 1-x Te type, the useful layer having a lower face (109; 309) and an upper face (108 ; 308 ; 508) on the side opposite to the lower face; - the useful layer (10; 30) comprising at least two superimposed doped layers (10a, 10b ; 30a, 30b, 30c; 50a, 50b), each interface between two adjacent doped layers forming a PN junction (10ab ; 30ab, 30bc ; 50ab) ; - the useful layer (10 ; 30) having at least one region (14 ; 34 ; 54) designated separation region, extending from the upper face (108 ; 308 ; 508) of the useful layer to its lower face (109 ; 309) while going through said PN junction (10ab ; 30ab, 30bc ; 50ab); - the separation region (14; 34; 54) separating at least two volumes, designated useful volumes (16 ; 36 ; 56) and having a cadmium gradient decreasing from the upper face (108; 308; 508) of the useful layer and in the direction of its lower face (109; 309); and - beyond a predetermined depth in the useful layer, the average cadmium concentration in the separation region (14 ; 34; 54) being greater than the average cadmium concentration in the useful volumes (16 ; 36 ; 56); characterized in that the PN junction extends over the whole extent of the useful layer and the useful volumes extend into the useful layer as deeply as the separation region - the useful layer (10; 30) comprising at least two superimposed doped layers (10a, 10b ; 30a, 30b, 30c; 50a, 50b), each interface between two adjacent doped layers forming a PN junction (10ab ; 30ab, 30bc ; 50ab) ; - the useful layer (10 ; 30) having at least one region (14 ; 34 ; 54) designated separation region, extending from the upper face (108 ; 308 ; 508) of the useful layer to its lower face (109 ; 309) while going through said PN junction (10ab ; 30ab, 30bc ; 50ab); - the separation region (14; 34; 54) separating at least two volumes, designated useful volumes (16 ; 36 ; 56) and having a cadmium gradient decreasing from the upper face (108; 308; 508) of the useful layer and in the direction of its lower face (109; 309); and - beyond a predetermined depth in the useful layer, the average cadmium concentration in the separation region (14 ; 34; 54) being greater than the average cadmium concentration in the useful volumes (16 ; 36 ; 56);
A well-testing apparatus comprising: a tubular member having a surge chamber , the surge chamber having a first end and a second end; a first valve disposed in the tubular member at the first end of the surge chamber to control fluid flow from a well into the surge chamber in connection with a well testing operation in which the first valve and the surge chamber are positioned downhole within the well ; a second valve disposed in the tubular member at the second end of the surge chamber to control fluid flow from the surge chamber into a central fluid passageway of the tubular member downstream of the surge chamber ; a flow control device , in addition to the first valve , disposed in the tubular member to further control fluid flow into the surge chamber ; and first and second gauges coupled to the tubular member , the first gauge being located inside the surge chamber to measure a parameter inside the chamber , and the second gauge being located outside of the surge chamber to measure a parameter upstream of the surge chamber , wherein the flow control device is positioned between the first and second gauges . a tubular member having a surge chamber , the surge chamber having a first end and a second end; a first valve disposed in the tubular member at the first end of the surge chamber to control fluid flow from a well into the surge chamber in connection with a well testing operation in which the first valve and the surge chamber are positioned downhole within the well ; a second valve disposed in the tubular member at the second end of the surge chamber to control fluid flow from the surge chamber into a central fluid passageway of the tubular member downstream of the surge chamber ; a flow control device , in addition to the first valve , disposed in the tubular member to further control fluid flow into the surge chamber ; and first and second gauges coupled to the tubular member , the first gauge being located inside the surge chamber to measure a parameter inside the chamber , and the second gauge being located outside of the surge chamber to measure a parameter upstream of the surge chamber , wherein the flow control device is positioned between the first and second gauges .
Fastening device for fastening a load to a profile rail which has a substantially C-shaped cross-section and a longitudinal slot , wherein the fastening device has a cover plate for laying on the profile rail , a threaded plate which comprises a threaded bore and has a length greater than the breadth of the longitudinal slot and a breadth smaller than the breadth of the longitudinal slot and a holding cage arranged on the cover plate for the threaded plate for plugging into the profile rail , which holding cage has a receptacle extending through the holding cage , in which the threaded plate is held at a distance and parallel to the cover plate , wherein a holding device for the threaded plate is provided on the holding cage , wherein the holding device is arranged on the holding cage so as to be elastically yielding and secures the threaded plate in an introduction direction (S) in the receptacle from falling out, wherein the introduction direction runs substantially in the longitudinal direction of the threaded plate , characterised in that the holding device engages with a free end into the bore diameter of the threaded bore of the threaded plate . wherein a holding device for the threaded plate is provided on the holding cage , wherein the holding device is arranged on the holding cage so as to be elastically yielding and secures the threaded plate in an introduction direction (S) in the receptacle from falling out, wherein the introduction direction runs substantially in the longitudinal direction of the threaded plate , characterised in that the holding device engages with a free end into the bore diameter of the threaded bore of the threaded plate .
A non-aqueous dispersion of photosensitive polymeric microparticles, comprising: a) an organic continuous phase comprising an organic solvent; and b) photosensitive polymeric microparticles dispersed in the organic continuous phase, wherein the microparticles comprise an at least partially polymerized component having integral surface and interior domains, wherein the surface domain comprises a polymeric material that is solubilized by the organic solvent, the interior domain comprises a polymeric material that is insoluble in the organic solvent, and the surface domain and/or interior domain is photosensitive; wherein surface domain means the contiguous region of the outside of the microparticles (shell) and interior domain comprises the contiguous region of the inside of the microparticles (core), all of which domains are integral; and c) optionally a nanopigment and/or non-photosensitive dye, wherein the non-aqueous dispersion comprises an amount of water that is less than 30 percent by weight. a) an organic continuous phase comprising an organic solvent; and b) photosensitive polymeric microparticles dispersed in the organic continuous phase, wherein the microparticles comprise an at least partially polymerized component having integral surface and interior domains, wherein the surface domain comprises a polymeric material that is solubilized by the organic solvent, the interior domain comprises a polymeric material that is insoluble in the organic solvent, and the surface domain and/or interior domain is photosensitive; wherein surface domain means the contiguous region of the outside of the microparticles (shell) and interior domain comprises the contiguous region of the inside of the microparticles (core), all of which domains are integral; and c) optionally a nanopigment and/or non-photosensitive dye, wherein the non-aqueous dispersion comprises an amount of water that is less than 30 percent by weight.
Electric short-circuit device - with a first electric contact piece and a second electric contact piece , - and with a component made of an electrically semiconducting crystalline material that blocks a flow of electric current between the first contact piece and the second contact piece in at least one direction, characterized by an actuator that is designed to apply a mechanical force to the component in response to an electric trigger signal (S) and thereby at least partly destroy the crystal structure of the component . - with a first electric contact piece and a second electric contact piece , - and with a component made of an electrically semiconducting crystalline material that blocks a flow of electric current between the first contact piece and the second contact piece in at least one direction, characterized by an actuator that is designed to apply a mechanical force to the component in response to an electric trigger signal (S) and thereby at least partly destroy the crystal structure of the component .
Dishwasher, in particular a domestic dishwasher, comprising a washing container , which provides a washing chamber and is used for receiving washware to be cleaned, and comprising a heat pump device , which has a compressor that is arranged inside a housing and has a refrigerant inlet and a refrigerant outlet , and comprising a fan device and a fresh-water inlet system , characterised in that the housing provides an air circulation space to which the fan device is assigned, which fan device is set up to ensure air circulation inside the housing so that the air can circulate around the compressor , and - that a heat exchanger is formed between the housing and the washing container and/or between the housing and the fresh-water inlet system , or - that a latent heat accumulator is arranged inside the housing and is operatively connected to the washing container and/or the fresh-water inlet system , or - that the compressor is operatively coupled to a heat exchanger , which is designed as a pipeline that is fluidically connected to the washing chamber and is arranged in part on the compressor on the outside of the compressor , it being possible for heat to be transferred directly by means of the heat exchanger or indirectly by the latent heat accumulator from the air heated by the waste heat from the compressor to a washing solution in the washing container or to fresh water guided in the fresh-water inlet system. - that a heat exchanger is formed between the housing and the washing container and/or between the housing and the fresh-water inlet system , or - that a latent heat accumulator is arranged inside the housing and is operatively connected to the washing container and/or the fresh-water inlet system , or - that the compressor is operatively coupled to a heat exchanger , which is designed as a pipeline that is fluidically connected to the washing chamber and is arranged in part on the compressor on the outside of the compressor ,
An access classification device , for classifying an access into a set with similar features, comprising: a tree construction unit configured to construct a plurality of trees in each of which at least a first destination and a second destination are set as nodes, content information corresponding to the nodes is added to the nodes, and an access transfer instruction from the first destination to the second destination is set as an edge; a node association unit configured to associate nodes of the plurality of trees with each other for the plurality of trees constructed by the tree construction unit , based on similarity between local structures of the trees; a similarity calculation unit configured to calculate similarity between the nodes associated with each other in the plurality of trees, based on the content information added to the nodes, and calculate similarity between the plurality of trees using the calculated similarity between the nodes associated with each other; and a classification unit configured to classify the access into a set with similar features, based on the similarity between the plurality of trees calculated by the similarity calculation unit . a tree construction unit configured to construct a plurality of trees in each of which at least a first destination and a second destination are set as nodes, content information corresponding to the nodes is added to the nodes, and an access transfer instruction from the first destination to the second destination is set as an edge; a node association unit configured to associate nodes of the plurality of trees with each other for the plurality of trees constructed by the tree construction unit , based on similarity between local structures of the trees; a similarity calculation unit configured to calculate similarity between the nodes associated with each other in the plurality of trees, based on the content information added to the nodes, and calculate similarity between the plurality of trees using the calculated similarity between the nodes associated with each other; and a classification unit configured to classify the access into a set with similar features, based on the similarity between the plurality of trees calculated by the similarity calculation unit .
A method for wireless communication at a user equipment, UE, that is capable of operating according to a first transmission efficiency operating mode and a second transmission efficiency operating mode, the first transmission efficiency operating mode corresponding to a first capability associated with emissions and the second transmission efficiency operating mode corresponding to a second capability associated with emissions, the method comprising: transmitting , to a base station, an indication of a capability of the LTE to operate according to the first transmission efficiency operating mode and the second transmission efficiency operating mode; identifying a frequency allocation for uplink transmission by the UE, the frequency allocation comprising a set of resource blocks; determining that a power level associated with using the first transmission efficiency operating mode for the frequency allocation is less than a power level associated with using the second transmission efficiency operating mode for the frequency allocation; and selecting, by the UE, a subset of the set of resource blocks for transmission according to the first transmission efficiency operating mode based at least in part on the determining; transmitting , to the base station, a signal via the selected subset of the set of resource blocks according to the first transmission efficiency operating mode based at least in part on the transmitted indication of the capability. transmitting , to a base station, an indication of a capability of the LTE to operate according to the first transmission efficiency operating mode and the second transmission efficiency operating mode; identifying a frequency allocation for uplink transmission by the UE, the frequency allocation comprising a set of resource blocks; determining that a power level associated with using the first transmission efficiency operating mode for the frequency allocation is less than a power level associated with using the second transmission efficiency operating mode for the frequency allocation; and selecting, by the UE, a subset of the set of resource blocks for transmission according to the first transmission efficiency operating mode based at least in part on the determining; transmitting , to the base station, a signal via the selected subset of the set of resource blocks according to the first transmission efficiency operating mode based at least in part on the transmitted indication of the capability.
A medicament delivery device for the delivery of medicament from a container through a cannula , the container having a stopper for containing the medicament within the container , the device comprising: a chassis ; a carriage for retaining the container and the cannula ; an insertion spring for biasing the carriage in an insertion direction with respect to the chassis such that, when released, the carriage is moved from a starting position in which the cannula is shrouded to an insertion position in which the cannula is extended; and a drive mechanism for driving the stopper along a container axis to expel medicament through the cannula upon activation of the drive mechanism ; wherein the drive mechanism is carried by the carriage and comprises a drive member that is movable with respect to the carriage , a drive means for biasing the drive member such that, when released, the drive means applies a driving force to the drive member along a drive axis, and force transmission means for transmitting the driving force from the drive member to the stopper ; and characterised in that the drive means is arranged around or alongside at least part of the force transmission means and comprises a tension spring, wherein in the initial state of the device, said tension spring is stretched along its length to store energy. a chassis ; a carriage for retaining the container and the cannula ; an insertion spring for biasing the carriage in an insertion direction with respect to the chassis such that, when released, the carriage is moved from a starting position in which the cannula is shrouded to an insertion position in which the cannula is extended; and a drive mechanism for driving the stopper along a container axis to expel medicament through the cannula upon activation of the drive mechanism ; wherein the drive mechanism is carried by the carriage and comprises a drive member that is movable with respect to the carriage , a drive means for biasing the drive member such that, when released, the drive means applies a driving force to the drive member along a drive axis, and force transmission means for transmitting the driving force from the drive member to the stopper ; and characterised in that the drive means is arranged around or alongside at least part of the force transmission means and comprises a tension spring, wherein in the initial state of the device, said tension spring is stretched along its length to store energy.
A nucleic acid molecule encoding a functional chimeric acid alpha-glucosidase (GAA) protein, comprising a signal peptide moiety and a functional human GAA moiety, wherein said signal peptide moiety has an amino acid sequence selected from the group consisting of SEQ ID NO:2 to 4, or wherein said signal peptide moiety is a functional signal peptide moiety having an amino acid sequence comprising from 1 to 5 amino acid deletion(s), insertion(s) or substitution(s) as compared to the sequence of SEQ ID NOs:2 to 4. wherein said signal peptide moiety has an amino acid sequence selected from the group consisting of SEQ ID NO:2 to 4, or wherein said signal peptide moiety is a functional signal peptide moiety having an amino acid sequence comprising from 1 to 5 amino acid deletion(s), insertion(s) or substitution(s) as compared to the sequence of SEQ ID NOs:2 to 4.