mhurhangee/patent-ind-claim-en huggingface dataset:
A lighting module for a building facade, in particular for glazing, wherein the module has a front side , a rear side , an upper side , and a lower side with respect to the provided arrangement at the building facade, and wherein the module at least comprises: - a base panel at the front side and a base panel at the rear side, wherein the base panels are transparent and wherein an intermediate space is formed between the base panels ; and - a plurality of microsheet elements , wherein each microsheet element has an opaque sheet section having a lighting front side and a lighting rear side , and wherein each microsheet element is arranged by means of a fastening section at a marginal side in the manner of a hinge on the base panel at the front side or on the base panel at the rear side such that each sheet section , starting from a light impermeable closed position in which the sheet section contacts the base panel in a plane parallel manner, is pivotable about a horizontal pivot axis in the direction of the upper side or the lower side into at least one light permeable open position, and wherein the front side or the rear side has a mirror effect for visible light and/or for near infrared light, wherein the respective other side of the sheet section has a lighting effect differing therefrom. - a base panel at the front side and a base panel at the rear side, wherein the base panels are transparent and wherein an intermediate space is formed between the base panels ; and - a plurality of microsheet elements , wherein each microsheet element has an opaque sheet section having a lighting front side and a lighting rear side , and wherein each microsheet element is arranged by means of a fastening section at a marginal side in the manner of a hinge on the base panel at the front side or on the base panel at the rear side such that each sheet section , starting from a light impermeable closed position in which the sheet section contacts the base panel in a plane parallel manner, is pivotable about a horizontal pivot axis in the direction of the upper side or the lower side into at least one light permeable open position, and wherein the front side or the rear side has a mirror effect for visible light and/or for near infrared light, wherein the respective other side of the sheet section has a lighting effect differing therefrom.
A hot-type fluid measurement device comprising: a module that includes a passage section and a circuit chamber ; a sensor element that is disposed in the passage section ; and a circuit element that is disposed in the circuit chamber , wherein the circuit element includes a correction section that corrects a measurement error, ΔT error, in a flow rate information, Q, detected by the sensor element resulting from a temperature difference between a temperature of a fluid, Ta, and a temperature of the module, Tm, characterized in that , the correction section comprises a correction amount deriving section that derives a correction amount, Y1, for correcting the measurement error, ΔT error, in the flow rate information, Q, based on the flow rate information, Q, based on a temperature difference, X1, between the temperature of the fluid, Ta, and the temperature of the module, Tm, and further based on the temperature of the fluid, Ta. a module that includes a passage section and a circuit chamber ; a sensor element that is disposed in the passage section ; and a circuit element that is disposed in the circuit chamber , wherein the circuit element includes a correction section that corrects a measurement error, ΔT error, in a flow rate information, Q, detected by the sensor element resulting from a temperature difference between a temperature of a fluid, Ta, and a temperature of the module, Tm, characterized in that , the correction section comprises a correction amount deriving section that derives a correction amount, Y1, for correcting the measurement error, ΔT error, in the flow rate information, Q, based on the flow rate information, Q, based on a temperature difference, X1, between the temperature of the fluid, Ta, and the temperature of the module, Tm, and further based on the temperature of the fluid, Ta.
An alpha helical polypeptide that binds to human double minute 2 (HDM2) and/or human double minute 4 (HDMX) of Formula (I), wherein: each R 1 and R 2 are independently H, alkyl, alkenyl, alkynyl, arylalkyl, cycloalkylalkyl, heteroarylalkyl, or heterocyclylalkyl; each R 3 extends across two helical turns of the polypeptide and is independently alkylene, alkenylene, or alkynylene; each x is 6; each y and each w is independently an integer from 0-100; z is an integer from 1-10; and each Xaa is independently an amino acid; wherein the alpha helical polypeptide comprises at least 8 contiguous amino acids of the sequence Leu 1 Ser 2 Gln 3 Glu 4 Thr 5 Phe 6 Ser 7 Asps Leu 9 Trp 10 Lys 11 Leu 12 Leu 13 Pro 14 Glu 15 Asn 16 except that the side chains of Ser 7 and Pro 14 are replaced by the linking group R 3 , and wherein up to 6 amino acids other than the amino acids carrying the linking group R 3 , Phe 6 , Trp 10 and Leu 13 are independently replaced by any other amino acid, or a pharmaceutically acceptable salt thereof; for use in treating cancer.
An apparatus for digital content auditing of a group-based communication repository, the group-based communication repository comprising a plurality of enterprise-based digital content objects organized among a plurality of group-based communication channels, the apparatus comprising at least one processor and at least one memory including computer program code, the at least one memory and the computer program code configured to, with the at least one processor, cause the apparatus to: receive an enterprise audit request, the enterprise audit request comprising a request for digital content auditing of the group-based communication repository, the enterprise audit request comprising an audit credential and digital content object retrieval parameters; determine if the audit credential satisfies an enterprise authentication protocol; and in circumstances where the audit credential satisfies the enterprise authentication protocol, retrieve and output digital content objects based on the digital content object retrieval parameters; receive a violating digital content object identifier, the violating digital content object identifier identifying a digital content object that is in violation of a set of compliance rules; and replace in the group-based communication repository the violating digital content object with a temporary digital content object based on the violating digital content object identifier, the temporary digital content object comprising generic content compliant with the set of compliance rules. receive an enterprise audit request, the enterprise audit request comprising a request for digital content auditing of the group-based communication repository, the enterprise audit request comprising an audit credential and digital content object retrieval parameters; determine if the audit credential satisfies an enterprise authentication protocol; and in circumstances where the audit credential satisfies the enterprise authentication protocol, retrieve and output digital content objects based on the digital content object retrieval parameters; receive a violating digital content object identifier, the violating digital content object identifier identifying a digital content object that is in violation of a set of compliance rules; and replace in the group-based communication repository the violating digital content object with a temporary digital content object based on the violating digital content object identifier, the temporary digital content object comprising generic content compliant with the set of compliance rules. retrieve and output digital content objects based on the digital content object retrieval parameters; receive a violating digital content object identifier, the violating digital content object identifier identifying a digital content object that is in violation of a set of compliance rules; and replace in the group-based communication repository the violating digital content object with a temporary digital content object based on the violating digital content object identifier, the temporary digital content object comprising generic content compliant with the set of compliance rules.
A system for compensating misalignments of a die for cutting cardboard of a die cutter , comprising: a die cutter , a processor configured to detect height-correcting elements (211-213) in an image of a correction template for the die , and further configured to produce a digital file comprising a digital representation of detected height-correcting elements (211-213); characterized in that the system further comprises an optical device for projecting images configured to project the digital representation of the digital file on a pressure compensation plate of the die cutter . a die cutter , a processor configured to detect height-correcting elements (211-213) in an image of a correction template for the die , and further configured to produce a digital file comprising a digital representation of detected height-correcting elements (211-213); characterized in that the system further comprises an optical device for projecting images configured to project the digital representation of the digital file on a pressure compensation plate of the die cutter .
A method for manufacturing a gas turbine engine component comprising a flow passage , comprising: providing a preform engine component comprising a preform flow passage ; determining the flow area of the preform flow passage to provide determined flow area data; comparing the determined flow area data to reference flow area data to provide flow area comparison data; and chemical milling the preform engine component based on the flow area comparison data in order to provide a milled engine component that includes a milled flow passage with a flow area that is substantially equal to the reference flow area. providing a preform engine component comprising a preform flow passage ; determining the flow area of the preform flow passage to provide determined flow area data; comparing the determined flow area data to reference flow area data to provide flow area comparison data; and chemical milling the preform engine component based on the flow area comparison data in order to provide a milled engine component that includes a milled flow passage with a flow area that is substantially equal to the reference flow area.
A method of scheduling uplink, in the following also referred to as UL, transmissions in a User Equipment, in the following also referred to as UE, comprising: the UE monitors a plurality of timing occasions for a Downlink, in the following also referred to as DL, control channel, within DL shortened transmission time intervals, sTTIs, present only within a DL data region within one subframe, wherein a first DL control channel in a first timing occasion of said plurality of timing occasions corresponds to a first UL data channel with a first duration, and a second DL control channel in a second timing occasion of said plurality of timing occasions corresponds to a second UL data channel with a second duration, wherein each of the DL sTTIs within the DL data region has a same length and comprises one of the plurality of timing occasions, wherein each of the plurality of timing occasions within the one subframe corresponds to a different UL data channel, and the first duration and the second duration are different. the UE monitors a plurality of timing occasions for a Downlink, in the following also referred to as DL, control channel, within DL shortened transmission time intervals, sTTIs, present only within a DL data region within one subframe, wherein a first DL control channel in a first timing occasion of said plurality of timing occasions corresponds to a first UL data channel with a first duration, and a second DL control channel in a second timing occasion of said plurality of timing occasions corresponds to a second UL data channel with a second duration, wherein each of the DL sTTIs within the DL data region has a same length and comprises one of the plurality of timing occasions, wherein each of the plurality of timing occasions within the one subframe corresponds to a different UL data channel, and the first duration and the second duration are different.
A small hydraulic excavator comprising: an undercarriage ; an upperstructure that is disposed on the undercarriage and is formed such that a rear end is swingable within a body width range of the undercarriage ; a main frame of the upperstructure that has a pair of longitudinal board members juxtaposed along a longitudinal direction of the upperstructure ; a working device that is vertically rotatably supported in front of a center of swing of the upperstructure and includes a boom and a boom cylinder ; a counterweight that is disposed on a rear end side of the upperstructure ; a valve block that is disposed on a side of the pair of longitudinal board members of the main frame and includes at least a plurality of directional control valves, the small hydraulic excavator in which a frame continuous with a floor seat provided on the upperstructure and having an operator seat and the counterweight serve as a partition wall that forms an engine room , characterized in that the small hydraulic excavator further comprises: an accumulator that accommodates and recovers potential energy and hydraulic energy used by at least one of drives of the undercarriage , the upperstructure , and the working device , wherein the accumulator and the valve block are disposed underneath the floor seat , and the accumulator is disposed between the valve block and the longitudinal board member of the main frame along the longitudinal board member , and a pipe connected to the accumulator and the valve block is disposed closer to the accumulator and the valve block . an accumulator that accommodates and recovers potential energy and hydraulic energy used by at least one of drives of the undercarriage , the upperstructure , and the working device , wherein the accumulator and the valve block are disposed underneath the floor seat , and the accumulator is disposed between the valve block and the longitudinal board member of the main frame along the longitudinal board member , and a pipe connected to the accumulator and the valve block is disposed closer to the accumulator and the valve block .
Dispenser for dispensing a paper roll, particularly tissue paper roll, the dispenser comprising: a housing for accommodating the paper roll and having a support axis for rotatably supporting the paper roll, a brake shoe having a contact surface configured to abut at a face side of the paper roll, the brake shoe being movably attached relative to the housing, and an elastic member urging the brake shoe in a direction toward the face side of the paper roll so that the brake shoe is pushed by the face side of the paper roll toward the housing about the axis of rotation against an elastic force of the elastic member , characterized in that the elastic force of the elastic member is adjustable to adjust the braking force. a housing for accommodating the paper roll and having a support axis for rotatably supporting the paper roll, a brake shoe having a contact surface configured to abut at a face side of the paper roll, the brake shoe being movably attached relative to the housing, and an elastic member urging the brake shoe in a direction toward the face side of the paper roll so that the brake shoe is pushed by the face side of the paper roll toward the housing about the axis of rotation against an elastic force of the elastic member , characterized in that the elastic force of the elastic member is adjustable to adjust the braking force.
A radiation delivery apparatus (20;30) comprising a radiation modulating assembly comprising a modulator wheel , said modulator wheel being shaped as a rim defining the circumference of a circle or an elliptic shape, and having varying thickness around the circumference, said modulator wheel being arranged in such a way that a beam traveling from a radiation source to a patient will intersect the rim of the modulator wheel, said wheel being arranged to rotate in such a way that the beam will intersect the rim in varying positions around the circumference, said apparatus further comprising a support (23;31) arranged to hold a patient during treatment, characterized in that the support is a chair in which the patient may be seated during treatment, said chair being arranged to rotate around a first axis (a c ) so that during treatment the beam will enter the patient from different angles in a horizontal plane.
A vane for an impeller of an agitator for mixing or agitating a process fluid comprising a socket for mounting the vane to an impeller and a blade for mixing or agitating the process fluid, the blade being connected to the socket , the blade having a leading edge , a trailing edge , and a blade tip extending from the leading edge to the trailing edge at the end of the blade facing away from the socket , and the blade having a height (H) and a width (W), wherein the blade is connected to the socket in a base plane and has a main axis (M) extending perpendicular to the base plane in direction to the blade tip , wherein the height (H) is the maximum distance of the blade tip from the socket , wherein the width (W) is the distance of the leading edge from the trailing edge defined as the shortest distance of the leading edge from the trailing edge measured in a direction perpendicular to the main axis (M), wherein the blade has a maximum width (WM) that is at least 55 percent, preferably at least 65 percent of the height (H), and wherein both the leading edge and the trailing edge are outwardly cambered, wherein the leading edge extends from the socket to the blade tip with a main curvature that is larger as a main curvature with which the trailing edge extends from the socket to the blade tip .
A pharmaceutical composition comprising an effective amount of a glucocorticoid receptor antagonist for use in a method for treating a human patient suffering from a muscular dystrophy, wherein the patient is not otherwise in need of treatment with a glucocorticoid receptor antagonist.
An evolved NodeB , eNB, comprising: a processor ; and a memory in electronic communication with the processor , wherein instructions stored in the memory are executable to: maintain a contention window size; and increase the contention window size according to hybrid automatic request acknowledgement/negative acknowledgment, HARQ-ACK, feedback corresponding to physical downlink shared channel, PDSCH, transmissions in a first subframe for more than one user equipment, UE, wherein the contention window size is increased if the HARQ-ACK feedback corresponding to more than one PDSCH transmission in the first subframe contains a negative acknowledgement, NACK, and characterised in that the first subframe comprises only the starting subframe of a previous downlink transmission burst on a licensed-assisted access, LAA, carrier for which HARQ-ACK has been fed back. a processor ; and a memory in electronic communication with the processor , wherein instructions stored in the memory are executable to: maintain a contention window size; and increase the contention window size according to hybrid automatic request acknowledgement/negative acknowledgment, HARQ-ACK, feedback corresponding to physical downlink shared channel, PDSCH, transmissions in a first subframe for more than one user equipment, UE, wherein the contention window size is increased if the HARQ-ACK feedback corresponding to more than one PDSCH transmission in the first subframe contains a negative acknowledgement, NACK, and characterised in that the first subframe comprises only the starting subframe of a previous downlink transmission burst on a licensed-assisted access, LAA, carrier for which HARQ-ACK has been fed back. maintain a contention window size; and increase the contention window size according to hybrid automatic request acknowledgement/negative acknowledgment, HARQ-ACK, feedback corresponding to physical downlink shared channel, PDSCH, transmissions in a first subframe for more than one user equipment, UE, wherein the contention window size is increased if the HARQ-ACK feedback corresponding to more than one PDSCH transmission in the first subframe contains a negative acknowledgement, NACK, and characterised in that the first subframe comprises only the starting subframe of a previous downlink transmission burst on a licensed-assisted access, LAA, carrier for which HARQ-ACK has been fed back.
An air sampling device for sampling air, comprising: a housing body having an opening ; a retaining assembly configured to retain a sampling device , the retaining assembly located at the opening ; a plenum having a first end and a second end which is opposite to the first end , the first end being coupled to the housing body at the opening such that the plenum is in flow communication with the opening , a flow connection coupled to the plenum such that the flow connection is in flow communication with the plenum , wherein the flow connection is a conduit that has a receiving end that is coupled to the second end of the plenum and an opposite exit end that is coupled to an input of a mass flow meter , wherein the mass flow meter is coupled to the flow connection such that the mass flow meter is in flow communication with the plenum via the flow connection ; and a blower located inside of the plenum and configured to draw air past the sampling device , through the opening of the housing body , through the plenum from the first end to the second end along a longitudinal length of the plenum , and then through the mass flow meter , wherein the mass flow meter is configured to measure the flow rate of the air drawn through the flow connection . a housing body having an opening ; a retaining assembly configured to retain a sampling device , the retaining assembly located at the opening ; a plenum having a first end and a second end which is opposite to the first end , the first end being coupled to the housing body at the opening such that the plenum is in flow communication with the opening , a flow connection coupled to the plenum such that the flow connection is in flow communication with the plenum , wherein the flow connection is a conduit that has a receiving end that is coupled to the second end of the plenum and an opposite exit end that is coupled to an input of a mass flow meter , wherein the mass flow meter is coupled to the flow connection such that the mass flow meter is in flow communication with the plenum via the flow connection ; and a blower located inside of the plenum and configured to draw air past the sampling device , through the opening of the housing body , through the plenum from the first end to the second end along a longitudinal length of the plenum , and then through the mass flow meter , wherein the mass flow meter is configured to measure the flow rate of the air drawn through the flow connection .