mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for managing full-duplex communication between a base station (BS 0) and a set of user equipments (101a,b), the base station (BS 0) comprising a plurality of transmitter antennas, the plurality of transmitter antennas being associated with a downlink communication channel H between the base station (BS 0) and the set of user equipments (101a,b) and a plurality of interference channels G i between the base station (BS 0) and a plurality of neighboring base stations (BS i), the apparatus comprising: a determiner configured to determine an aggregate interference channel G on the basis of the plurality of interference channels G i; a modifier configured to modify the aggregate interference channel G to obtain a modified aggregate interference channel F under the constraint that a performance measure depending on the downlink communication channel H and the modified aggregate interference channel F meets a performance measure criterion, wherein the modified aggregate interference channel F spans a subspace of the space spanned by the aggregate interference channel G; and a precoder configured to precode signals to be transmitted by the plurality of transmitter antennas on the basis of a precoder matrix W, wherein the precoder matrix W depends on the modified aggregate interference channel F. a determiner configured to determine an aggregate interference channel G on the basis of the plurality of interference channels G i; a modifier configured to modify the aggregate interference channel G to obtain a modified aggregate interference channel F under the constraint that a performance measure depending on the downlink communication channel H and the modified aggregate interference channel F meets a performance measure criterion, wherein the modified aggregate interference channel F spans a subspace of the space spanned by the aggregate interference channel G; and a precoder configured to precode signals to be transmitted by the plurality of transmitter antennas on the basis of a precoder matrix W, wherein the precoder matrix W depends on the modified aggregate interference channel F.
A cover plate, for a foldable display device, comprising: a first portion having a first stiffness and including a plurality of patterns being spaced apart from each other in a first direction and a second direction; and a second portion having a second stiffness and including a base located between the plurality of patterns, the second stiffness being greater than the first stiffness, wherein the second portion defines at least one space and the first portion fills the at least one space, and the first portion and the second portion define a flat surface of the cover plate. a first portion having a first stiffness and including a plurality of patterns being spaced apart from each other in a first direction and a second direction; and a second portion having a second stiffness and including a base located between the plurality of patterns, the second stiffness being greater than the first stiffness, wherein the second portion defines at least one space and the first portion fills the at least one space, and the first portion and the second portion define a flat surface of the cover plate.
Sensor device with a combined sensor, which is configured and designed to simultaneously detect a mechanical force F ext exerted on the sensor by an object OBJ made of a material MAT, a position POS Fext of the application of force F ext on the sensor and an electrical capacitive coupling C SEN-OBJ of the sensor with the object OBJ made of the material MAT, comprising: - a database, by means of which, for a number N of predefined materials MAT n, relationships Z n of the capacitive coupling C SEN-OBJ-MATn of the sensor with an object OBJ made of a material MAT n are provided depending on a mechanical force Fe xt,OBJ the object OBJ exerts on the sensor, where n = 1, 2,..., N and N ≥ 1, - a detection unit, by means of which the current measured values: F ext (t), POS Fext (t) and C SEN-OBJ (t) are determined from sensor data of the sensor; - an evaluation unit, by means of which the material MAT* of the object OBJ which exerts the force F ext (t) on the sensor is identified on the basis of the relationships Z n, where MAT* ∈ MAT n, and - an output unit, by means of which the material MAT* that is identified is output. - a database, by means of which, for a number N of predefined materials MAT n, relationships Z n of the capacitive coupling C SEN-OBJ-MATn of the sensor with an object OBJ made of a material MAT n are provided depending on a mechanical force Fe xt,OBJ the object OBJ exerts on the sensor, where n = 1, 2,..., N and N ≥ 1, - a detection unit, by means of which the current measured values: F ext (t), POS Fext (t) and C SEN-OBJ (t) are determined from sensor data of the sensor; - an evaluation unit, by means of which the material MAT* of the object OBJ which exerts the force F ext (t) on the sensor is identified on the basis of the relationships Z n, where MAT* ∈ MAT n, and - an output unit, by means of which the material MAT* that is identified is output.
A collaborative document editing method implemented by a mobile processing device (130 1-N) having a camera, the method comprising: transmitting, to a server, an identification information request message including an image corresponding to part of a virtual collaboration window acquired by the camera; whereby the virtual collaboration window is displayed under control of the server; receiving, from the server, identification information associated with an object shown in the image; in response to user selection of said object, transmitting, to the server, a data request message requesting data corresponding to the identification information of the selected object; receiving, from the server, a first data corresponding to the identification information; in response to user input information, editing the first data to provide a second data; and transmitting the second data to the server enabling the server to update the first data with the second data and to update the virtual collaboration window. transmitting, to a server, an identification information request message including an image corresponding to part of a virtual collaboration window acquired by the camera; whereby the virtual collaboration window is displayed under control of the server; receiving, from the server, identification information associated with an object shown in the image; in response to user selection of said object, transmitting, to the server, a data request message requesting data corresponding to the identification information of the selected object; receiving, from the server, a first data corresponding to the identification information; in response to user input information, editing the first data to provide a second data; and transmitting the second data to the server enabling the server to update the first data with the second data and to update the virtual collaboration window.
An inhalation device comprising a base unit, a mouthpiece, and an aerosol head, wherein (a) the base unit comprises: - one or more air inlet opening(s) - an air outlet opening, - a groove for receiving the mouthpiece, and - one or more key lock member(s); (b) the mouthpiece comprises: - a first segment, comprising an air inlet opening connectible with the air outlet opening of the base unit, and a lateral opening for receiving an aerosol generator, the first segment being insertable into the groove of the base unit, and - a second segment downstream of the first segment, comprising an aerosol outlet opening; and (c) the aerosol head comprises: - an aerosol generator, - a reservoir for a liquid, - one or more key lock member(s) complementary to the key lock member(s) of the base unit; and wherein the base unit, the mouthpiece and the aerosol head are connectible with one another; and wherein the aerosol generator is positioned in the aerosol head in such a way that when engaging the member(s) of the key lock with the complementary member(s), the aerosol generator is at least partially inserted into the lateral opening of the first segment of the mouthpiece. (a) the base unit comprises: - one or more air inlet opening(s) - an air outlet opening, - a groove for receiving the mouthpiece, and - one or more key lock member(s); - one or more air inlet opening(s) - an air outlet opening, - a groove for receiving the mouthpiece, and - one or more key lock member(s); (b) the mouthpiece comprises: - a first segment, comprising an air inlet opening connectible with the air outlet opening of the base unit, and a lateral opening for receiving an aerosol generator, the first segment being insertable into the groove of the base unit, and - a second segment downstream of the first segment, comprising an aerosol outlet opening; and - a first segment, comprising an air inlet opening connectible with the air outlet opening of the base unit, and a lateral opening for receiving an aerosol generator, the first segment being insertable into the groove of the base unit, and an air inlet opening connectible with the air outlet opening of the base unit, and a lateral opening for receiving an aerosol generator, - a second segment downstream of the first segment, comprising an aerosol outlet opening; and (c) the aerosol head comprises: - an aerosol generator, - a reservoir for a liquid, - one or more key lock member(s) complementary to the key lock member(s) of the base unit; and - an aerosol generator, - a reservoir for a liquid, - one or more key lock member(s) complementary to the key lock member(s) of the base unit; and
Workpiece, which on its surface has a depression having an opening width of at least 0.2 mm, in which depression a carrier material which is connected in a substantially inseparable manner to the workpiece and which contains a marking material, is disposed, characterized in that the carrier material is introducible into the depression in liquid or pasty form and is then curable in the depression.
A system for locking a display of a tablet computer, said system comprising: a rotational lock interfaced with a display hinge assembly of said display; and a docking member disposed to engage at least a portion of said rotational lock when said tablet computer is interfaced with an external device. a rotational lock interfaced with a display hinge assembly of said display; and a docking member disposed to engage at least a portion of said rotational lock when said tablet computer is interfaced with an external device.
An access type selection method, comprising: receiving, by a Gateway Mobile Location Centre, GMLC, a second request sent by a Location Service, LCS, client, wherein the second request is a location request used to request location information of a User Equipment, UE; determining, by the GMLC, an access type for transmitting positioning information for the UE; characterized in that, the determining, by the GMLC, the access type for transmitting positioning information for the UE, comprises: acquiring, by the GMLC, second information, the second information comprises: all access types used by the UE, an Access and Mobility Management Function, AMF, serving the UE, and status information of the UE in each access type, wherein all the access types used by the UE comprise a 3rd Generation Partnership Project, 3GPP, access type and a non-3GPP access type; determining, by the GMLC, an access type for transmitting positioning information for the UE from all the access types used by the UE according to the second information. receiving, by a Gateway Mobile Location Centre, GMLC, a second request sent by a Location Service, LCS, client, wherein the second request is a location request used to request location information of a User Equipment, UE; determining, by the GMLC, an access type for transmitting positioning information for the UE; characterized in that, the determining, by the GMLC, the access type for transmitting positioning information for the UE, comprises: acquiring, by the GMLC, second information, the second information comprises: all access types used by the UE, an Access and Mobility Management Function, AMF, serving the UE, and status information of the UE in each access type, wherein all the access types used by the UE comprise a 3rd Generation Partnership Project, 3GPP, access type and a non-3GPP access type; determining, by the GMLC, an access type for transmitting positioning information for the UE from all the access types used by the UE according to the second information. acquiring, by the GMLC, second information, the second information comprises: all access types used by the UE, an Access and Mobility Management Function, AMF, serving the UE, and status information of the UE in each access type, wherein all the access types used by the UE comprise a 3rd Generation Partnership Project, 3GPP, access type and a non-3GPP access type; determining, by the GMLC, an access type for transmitting positioning information for the UE from all the access types used by the UE according to the second information.
A method of transmitting including using four transmit antennas (12, 14, 16, 18), characterized in that: for each antenna of the four transmit antennas, generating a respective sequence of OFDM symbols, each OFDM symbol having a plurality of sub-carriers carrying data symbols or pilot symbols, wherein: the pilot symbols are arranged in groups, each group of pilot symbols including a pilot symbol pair for each of the four transmit antennas, and a first group of pilot symbols are inserted into the OFDM symbols such that the pilot symbols for a first pair of the antennas are arranged in a first pilot symbol pair, wherein the first pilot symbol pair is positioned on sub-carrier locations adjacent in time, the pilot symbols for a second pair of the antennas are arranged in a second pilot symbol pair, wherein the second pilot symbol pair is positioned on sub-carrier locations adjacent in time, and the pilot symbol pair for the first pair of the antennas are adjacent in frequency to the pilot symbol pairs of the second pair of the antennas; and transmitting the sequence of OFDM symbols. for each antenna of the four transmit antennas, generating a respective sequence of OFDM symbols, each OFDM symbol having a plurality of sub-carriers carrying data symbols or pilot symbols, wherein: the pilot symbols are arranged in groups, each group of pilot symbols including a pilot symbol pair for each of the four transmit antennas, and a first group of pilot symbols are inserted into the OFDM symbols such that the pilot symbols for a first pair of the antennas are arranged in a first pilot symbol pair, wherein the first pilot symbol pair is positioned on sub-carrier locations adjacent in time, the pilot symbols for a second pair of the antennas are arranged in a second pilot symbol pair, wherein the second pilot symbol pair is positioned on sub-carrier locations adjacent in time, and the pilot symbol pair for the first pair of the antennas are adjacent in frequency to the pilot symbol pairs of the second pair of the antennas; and transmitting the sequence of OFDM symbols. the pilot symbols are arranged in groups, each group of pilot symbols including a pilot symbol pair for each of the four transmit antennas, and a first group of pilot symbols are inserted into the OFDM symbols such that the pilot symbols for a first pair of the antennas are arranged in a first pilot symbol pair, wherein the first pilot symbol pair is positioned on sub-carrier locations adjacent in time, the pilot symbols for a second pair of the antennas are arranged in a second pilot symbol pair, wherein the second pilot symbol pair is positioned on sub-carrier locations adjacent in time, and the pilot symbol pair for the first pair of the antennas are adjacent in frequency to the pilot symbol pairs of the second pair of the antennas; and transmitting the sequence of OFDM symbols.
A synthetic peptide that targets cancer stem cells, which is selected from the group consisting of the amino acid sequences of SEQ ID NOS: 1-6, 8, and 10-15.
Laundry dryer comprising: a laundry storing compartment for receiving laundry to be treated and including a circumferential wall defined by a rotatable drum and a compartment back wall, a front wall with a front loading opening for loading laundry into the laundry storing compartment, wherein the compartment back wall is opposite to the loading opening, a rear frame including said compartment back wall, a rear wall forming at least a portion of a back cover of the dryer, a rear channel (20b, 20c) for guiding process air at the backside of the laundry storing compartment to the laundry storing compartment, a steam generation unit for generating steam for laundry steam treatment, and a nozzle unit having one or a plurality of nozzle outlets for injecting steam generated in the steam generation unit into the laundry storing compartment, wherein said compartment back wall and said rear wall define said rear channel (20b, 20c), and wherein the compartment back wall comprises a plurality of back wall openings designed for passing process air from the rear channel (20b, 20c) into the laundry storing compartment, characterized in that the nozzle outlet of the nozzle unit is arranged between said compartment back wall and said rear wall inside said rear channel (20b, 20c) so that steam ejected from the nozzle outlet passes through at least one back wall opening of the compartment back wall before entering the laundry storing compartment. a laundry storing compartment for receiving laundry to be treated and including a circumferential wall defined by a rotatable drum and a compartment back wall, a front wall with a front loading opening for loading laundry into the laundry storing compartment, wherein the compartment back wall is opposite to the loading opening, a rear frame including said compartment back wall, a rear wall forming at least a portion of a back cover of the dryer, a rear channel (20b, 20c) for guiding process air at the backside of the laundry storing compartment to the laundry storing compartment, a steam generation unit for generating steam for laundry steam treatment, and a nozzle unit having one or a plurality of nozzle outlets for injecting steam generated in the steam generation unit into the laundry storing compartment, wherein said compartment back wall and said rear wall define said rear channel (20b, 20c), and wherein the compartment back wall comprises a plurality of back wall openings designed for passing process air from the rear channel (20b, 20c) into the laundry storing compartment, characterized in that the nozzle outlet of the nozzle unit is arranged between said compartment back wall and said rear wall inside said rear channel (20b, 20c) so that steam ejected from the nozzle outlet passes through at least one back wall opening of the compartment back wall before entering the laundry storing compartment.
An anchor hub (60, 110, 120, 140) for providing an access point in a capping plate of a hydrocarbon storage cell, the anchor hub (60, 110, 120, 140) comprising: a main body comprising an upper opening, a lower opening and a throughbore extending between the upper and lower openings, the main body comprising a lower portion configured to be located in and extend into a blind hole formed in an upper surface of the capping plate; securing means configured to fix the lower portion of the anchor hub (60, 110, 120, 140) in the blind hole, an annular seal (609, 116, 143, 144) arranged around the lower portion to provide a seal between the lower portion and the blind hole; and an attachment point for connecting an item of process or flow equipment to the anchor hub (60, 110, 120, 140) such that the item of process or flow equipment is in communication with the throughbore; characterised in that the securing means comprises one or more anchor ring assemblies that function as wedges or slips, and are configured such that relative axial movement of an anchor ring assembly with respect to the main body results in engagement of an anchor element with the blind hole. a main body comprising an upper opening, a lower opening and a throughbore extending between the upper and lower openings, the main body comprising a lower portion configured to be located in and extend into a blind hole formed in an upper surface of the capping plate; securing means configured to fix the lower portion of the anchor hub (60, 110, 120, 140) in the blind hole, an annular seal (609, 116, 143, 144) arranged around the lower portion to provide a seal between the lower portion and the blind hole; and an attachment point for connecting an item of process or flow equipment to the anchor hub (60, 110, 120, 140) such that the item of process or flow equipment is in communication with the throughbore; characterised in that the securing means comprises one or more anchor ring assemblies that function as wedges or slips, and are configured such that relative axial movement of an anchor ring assembly with respect to the main body results in engagement of an anchor element with the blind hole.
An optical signal intensity adjustment method, the optical signal input being monitored at each of a plurality of terminal station apparatuses (A, B, C), characterized by the following steps: identifying a fault pattern based on optical signal input in each of a plurality of wavelength bands comprised in the optical signal, a dummy light being included in each of the wavelength bands of the optical signal, identifying, based on the identified fault pattern, one of the wavelength bands, one of the terminal station apparatuses (A, B, C), and an optical intensity adjustment amount; and transmitting, to the identified terminal station apparatus, a control signal for adjusting an intensity of the dummy light included in the identified one of the wavelength bands by the identified optical intensity adjustment amount. identifying a fault pattern based on optical signal input in each of a plurality of wavelength bands comprised in the optical signal, a dummy light being included in each of the wavelength bands of the optical signal, identifying, based on the identified fault pattern, one of the wavelength bands, one of the terminal station apparatuses (A, B, C), and an optical intensity adjustment amount; and transmitting, to the identified terminal station apparatus, a control signal for adjusting an intensity of the dummy light included in the identified one of the wavelength bands by the identified optical intensity adjustment amount.