mhurhangee/patent-ind-claim-en huggingface dataset:
A method for manufacturing an electrode, the method comprising: a preparation step (S1a) of preparing an electrode on which a coating portion coated with an active material and a non-coating portion that is not coated with the active material are formed; and a rolling step (S2a) of rolling the electrode so that the coating portion has a flat surface, and a pattern is formed on a surface of the non-coating portion , wherein, in the rolling step (S2a), the coating portion and the non-coating portion are rolled together at the same time using a rolling roller comprising: a coating surface rolling part having a flat surface and rolling the coating portion of the electrode; and a non-coating surface rolling part which is continuous with the coating surface rolling part and on which a pressing part is formed on a surface thereof to roll the non-coating portion of the electrode; wherein the pressing part is engraved in the non-coating surface rolling part . a preparation step (S1a) of preparing an electrode on which a coating portion coated with an active material and a non-coating portion that is not coated with the active material are formed; and a rolling step (S2a) of rolling the electrode so that the coating portion has a flat surface, and a pattern is formed on a surface of the non-coating portion , wherein, in the rolling step (S2a), the coating portion and the non-coating portion are rolled together at the same time using a rolling roller comprising: a coating surface rolling part having a flat surface and rolling the coating portion of the electrode; and a non-coating surface rolling part which is continuous with the coating surface rolling part and on which a pressing part is formed on a surface thereof to roll the non-coating portion of the electrode; wherein the pressing part is engraved in the non-coating surface rolling part . a coating surface rolling part having a flat surface and rolling the coating portion of the electrode; and a non-coating surface rolling part which is continuous with the coating surface rolling part and on which a pressing part is formed on a surface thereof to roll the non-coating portion of the electrode; wherein the pressing part is engraved in the non-coating surface rolling part .
A semiconductor construction comprising: an electrically conductive post (20 - 22) extending through a semiconductor die ; the post (20 - 22) comprising an electrically conductive material having an upper surface above a backside surface of the die , and having a sidewall surface extending between the backside surface and the upper surface; a photosensitive material over and in physical contact with the backside surface ; the photosensitive material having an opening encircling the conductive post (20 - 22) with a portion of the photosensitive material remaining below the opening being in direct contact with the electrically conductive material along the electrically conductive sidewall surface ; a first electrically conductive material directly against the electrically conductive upper surface and a portion of the sidewall of the post (20 - 22); the first electrically conductive material being configured as a cap over the post; the cap having an edge that extends laterally outwardly beyond the post (20 - 22) and encircles the post (20 - 22) within the opening; an entirety of the edge being directly over the photosensitive material ; a second electrically conductive material over the first electrically conductive material and extending within the opening ; and a third electrically conductive material over the second electrically conductive material and extending into the opening. an electrically conductive post (20 - 22) extending through a semiconductor die ; the post (20 - 22) comprising an electrically conductive material having an upper surface above a backside surface of the die , and having a sidewall surface extending between the backside surface and the upper surface; a photosensitive material over and in physical contact with the backside surface ; the photosensitive material having an opening encircling the conductive post (20 - 22) with a portion of the photosensitive material remaining below the opening being in direct contact with the electrically conductive material along the electrically conductive sidewall surface ; a first electrically conductive material directly against the electrically conductive upper surface and a portion of the sidewall of the post (20 - 22); the first electrically conductive material being configured as a cap over the post; the cap having an edge that extends laterally outwardly beyond the post (20 - 22) and encircles the post (20 - 22) within the opening; an entirety of the edge being directly over the photosensitive material ; a second electrically conductive material over the first electrically conductive material and extending within the opening ; and a third electrically conductive material over the second electrically conductive material and extending into the opening.
A magnetic-dielectric composite for a high-frequency antenna substrate, the magnetic-dielectric composite comprising: a porous insulating dielectric substrate comprising an upper surface, a lower surface, and a side surface and provided with a plurality of pores penetrating the upper surface and the lower surface; and soft magnetic material nanowires provided in the pores , wherein the soft magnetic material nanowires are surrounded by the porous insulating dielectric substrate to be apart from each other, wherein the magnetic-dielectric composite for a high-frequency antenna substrate is used as an antenna substrate for mobile communication in a high frequency band of 0.1 to 5 GHz, wherein the soft magnetic material nanowire is a metal-based soft magnetic material comprising Fe 7 Co 3 . a porous insulating dielectric substrate comprising an upper surface, a lower surface, and a side surface and provided with a plurality of pores penetrating the upper surface and the lower surface; and soft magnetic material nanowires provided in the pores , wherein the soft magnetic material nanowires are surrounded by the porous insulating dielectric substrate to be apart from each other, wherein the magnetic-dielectric composite for a high-frequency antenna substrate is used as an antenna substrate for mobile communication in a high frequency band of 0.1 to 5 GHz, wherein the soft magnetic material nanowire is a metal-based soft magnetic material comprising Fe 7 Co 3 .
An active element-added optical fiber comprising a core , wherein the core includes a first region and a second region , the first region is a region from a central axis (C) to a radius ra, and an active element configured to be pumped by pumping light is added to the first region , the second region is a region that surrounds the first region with no gap and extends to an outer peripheral surface of the core , and the active element is not added to the second region , when a radius of the core is d, 0.1d < ra < d, when a distance from a central axis (C) in a radial direction of the core is r, in a region of 0.2d < r ≤ 0.9d, at least one maximum value position where a refractive index is maximum at a refractive index higher than an average value of a refractive index in a region of 0 ≤ r ≤ 0.9d exists, characterized in that an average value of a refractive index in a region of 0.1d ≤ r ≤ 0.8ra is higher than an average value of a refractive index in a region of 1.1ra ≤ r ≤ 0.9d. the core includes a first region and a second region , the first region is a region from a central axis (C) to a radius ra, and an active element configured to be pumped by pumping light is added to the first region , the second region is a region that surrounds the first region with no gap and extends to an outer peripheral surface of the core , and the active element is not added to the second region , when a radius of the core is d, 0.1d < ra < d, when a distance from a central axis (C) in a radial direction of the core is r, in a region of 0.2d < r ≤ 0.9d, at least one maximum value position where a refractive index is maximum at a refractive index higher than an average value of a refractive index in a region of 0 ≤ r ≤ 0.9d exists, characterized in that an average value of a refractive index in a region of 0.1d ≤ r ≤ 0.8ra is higher than an average value of a refractive index in a region of 1.1ra ≤ r ≤ 0.9d.
A method for correcting a misalignment of an eye, the method comprising: capturing color signatures for a pair of eyes using a first set of sensors and a second set of sensors on glasses for the pair of eyes ; comparing the color signatures to a normal signature for the pair of eyes , wherein the normal signature corresponds to a normal alignment for the pair of eyes ; determining a difference for each eye between its respective color signatures and the normal signature; determining a first eye of the pair of eyes is not aligned based on the difference; and making opaque a lens for a second eye of the pair of eyes . capturing color signatures for a pair of eyes using a first set of sensors and a second set of sensors on glasses for the pair of eyes ; comparing the color signatures to a normal signature for the pair of eyes , wherein the normal signature corresponds to a normal alignment for the pair of eyes ; determining a difference for each eye between its respective color signatures and the normal signature; determining a first eye of the pair of eyes is not aligned based on the difference; and making opaque a lens for a second eye of the pair of eyes .
A hand assisted laparoscopic surgical access device , comprising: a) a first ring and a second ring , the first and second rings being rotateable relative one another about a common axis, the first and second rings being sized to receive a human hand; b) a flexible and resilient iris valve connected to the first and second rings, the iris valve having a closed position and an opened position based on the relative angular position of the first and second rings; and c) means for locking and releasing the rings in selective relative angular positions, wherein the means for locking and releasing comprises a ratchet , a pawl , and characterized in that the device further comprises: a third ring rotatable relative the first and second rings and operable to release the pawl from the ratchet by rotating the third ring and thereby pushing the pawl out of engagement with the ratchet . a) a first ring and a second ring , the first and second rings being rotateable relative one another about a common axis, the first and second rings being sized to receive a human hand; b) a flexible and resilient iris valve connected to the first and second rings, the iris valve having a closed position and an opened position based on the relative angular position of the first and second rings; and c) means for locking and releasing the rings in selective relative angular positions, wherein the means for locking and releasing comprises a ratchet , a pawl , and characterized in that the device further comprises: a third ring rotatable relative the first and second rings and operable to release the pawl from the ratchet by rotating the third ring and thereby pushing the pawl out of engagement with the ratchet .
A turbine component , comprising: at least one cooling circuit defined within the turbine component, the at least one cooling circuit in fluid communication with a source of a cooling fluid; and at least one shaped cooling pin disposed in the at least one cooling circuit, the at least one shaped cooling pin having a first end and a second end extending along an axis (A), the first end having a first curved surface defined by a minor diameter and the second end having a second curved surface defined by a major diameter, the first curved surface is upstream in the cooling fluid and the minor diameter is less than the major diameter. at least one cooling circuit defined within the turbine component, the at least one cooling circuit in fluid communication with a source of a cooling fluid; and at least one shaped cooling pin disposed in the at least one cooling circuit, the at least one shaped cooling pin having a first end and a second end extending along an axis (A), the first end having a first curved surface defined by a minor diameter and the second end having a second curved surface defined by a major diameter, the first curved surface is upstream in the cooling fluid and the minor diameter is less than the major diameter.
An audio device, comprising: a sensor communicatively coupled to a processor and configured to generate a presence signal in response to detecting a user within a tracking region or an interaction region ; a loudspeaker communicatively coupled to the processor; at least one light-emitting device that is communicatively coupled to the processor; and the processor, wherein the processor when the user is within the tracking region generates a light output of the at least one light-emitting device based on the presence signal, and when the user is within the interaction region changes the light output to indicate that the user can issue a gesture based command . a sensor communicatively coupled to a processor and configured to generate a presence signal in response to detecting a user within a tracking region or an interaction region ; a loudspeaker communicatively coupled to the processor; at least one light-emitting device that is communicatively coupled to the processor; and the processor, wherein the processor when the user is within the tracking region generates a light output of the at least one light-emitting device based on the presence signal, and when the user is within the interaction region changes the light output to indicate that the user can issue a gesture based command .
A patient rotation system for rotating the body of a patient around a rotation axis, which body is lying on a horizontal surface, e.g. a bed, having posterior support points that are formed by the points on the posterior surface thereof that are located under the hips and shoulder blades, which rotation axis is defined by the hip joint and shoulder joint at a common lateral side of the body of the patient, and which system comprises an air inflatable cushion having two elastic exterior surfaces, e.g. of stretch material, circumferentially joined together to form multiple edges, extending over their common circumference, wherein one of said two elastic surfaces of said cushion forms the top surface , and the other one forms the bottom surface , said cushion comprising an inflatable volume and having a deflated state, wherein the two elastic surfaces are substantially parallel, such that the cushion has a flat shape, and wherein the elastic surfaces have dimensions such that when the body of the patient is lying on the top elastic surface in supine position prior to rotation, said top elastic surface provides support of the posterior support points of the body of the patient, wherein a longitudinal axis of said cushion extends parallel to the medial axis of the body, and a lateral axis extends parallel to the lateral axis of the body, said cushion further having an inflated state, wherein the two elastic surfaces bulge away from each other, such that inflation of the cushion causes the cushion to assume a wedge shape thereby rotating the body around said rotation axis, characterized in that the system comprises one or more semi-rigidising elements , and in that said cushion is embodied as a unitary, semi-rigid, portable board when in its deflated state, which enables the sliding of the deflated cushion in between the body of the patient and said horizontal surface, on which said body is lying in supine position, until its posterior support points are being supported by the cushion at its top elastic surface , said deflated cushion preferably having a rigidity so as to allow for the exertion of a pushing force on one of its multiple edges during the sliding of the cushion in between the body of the patient and said horizontal surface.
A method of performing, by a user equipment, UE, a random access procedure in a wireless communication system, the method comprising: receiving (S710) i) a msgA Preamble Received Target Power for a MsgA preamble and ii) a msgA Delta Preamble for a transmission of a MsgA Physical Uplink Shared CHannel, PUSCH; transmitting (S720) the MsgA preamble and the MsgA PUSCH; and receiving (S730) a random access response, RAR, message, characterized in that wherein the MsgA preamble is transmitted based on the msgA Preamble Received Target Power, wherein the MsgA PUSCH is transmitted based on a PUSCH transmission power, and wherein the PUSCH transmission power is determined by 10*log10(MPUSCH) + msgA Preamble Received Target Power + msgA Delta Preamble + PC, whereby MPUSCH is a number of resource blocks for the MsgA PUSCH, the msgA Delta Preamble is a power offset relative to the msgA Preamble Received Target Power, and PC is a power control value depending on a path loss, PL and a transport format, TF. receiving (S710) i) a msgA Preamble Received Target Power for a MsgA preamble and ii) a msgA Delta Preamble for a transmission of a MsgA Physical Uplink Shared CHannel, PUSCH; transmitting (S720) the MsgA preamble and the MsgA PUSCH; and receiving (S730) a random access response, RAR, message, characterized in that wherein the MsgA preamble is transmitted based on the msgA Preamble Received Target Power, wherein the MsgA PUSCH is transmitted based on a PUSCH transmission power, and wherein the PUSCH transmission power is determined by 10*log10(MPUSCH) + msgA Preamble Received Target Power + msgA Delta Preamble + PC, whereby MPUSCH is a number of resource blocks for the MsgA PUSCH, the msgA Delta Preamble is a power offset relative to the msgA Preamble Received Target Power, and PC is a power control value depending on a path loss, PL and a transport format, TF.
An expression vector comprising a sequence encoding a short hairpin RNA molecule (shRNA) comprising (i) a first sequence of 21, 22 or 23 nucleotides fully complementary to a sequence in a target gene, having a sequence other than the mature sequence of miR-451, and (ii) a second sequence directly following the first sequence, wherein the second sequence is fully complementary to the sequence of the first 17 or 18 nucleotides counted from the 5' end of the first sequence, wherein the last 4 nucleotides of the first sequence form a loop region in the shRNA, for use in attenuating expression of the target gene in a sequence specific manner in a mammalian cell. (i) a first sequence of 21, 22 or 23 nucleotides fully complementary to a sequence in a target gene, having a sequence other than the mature sequence of miR-451, and (ii) a second sequence directly following the first sequence, wherein the second sequence is fully complementary to the sequence of the first 17 or 18 nucleotides counted from the 5' end of the first sequence, wherein the last 4 nucleotides of the first sequence form a loop region in the shRNA, for use in attenuating expression of the target gene in a sequence specific manner in a mammalian cell.
A pumping system for pumping a medium comprising ore suspended in carrier fluid from an underground or underwater location to a surface at a raised level, the system comprising: (i) at least one pressure exchange chamber comprising a fluid container having a valve arrangement at each end and being located at a lower altitude than the raised level; (ii) a medium inlet at one end of the chamber operable to receive a low pressure medium for transport into the chamber ; characterised by (iii) a filling pump located at an opposite side of the chamber to the medium inlet , and being operable to draw medium from the medium inlet at low pressure, through the chamber , and towards the filling pump to fill the chamber without the medium in the chamber having come into contact with the filling pump . (i) at least one pressure exchange chamber comprising a fluid container having a valve arrangement at each end and being located at a lower altitude than the raised level; (ii) a medium inlet at one end of the chamber operable to receive a low pressure medium for transport into the chamber ; characterised by (iii) a filling pump located at an opposite side of the chamber to the medium inlet , and being operable to draw medium from the medium inlet at low pressure, through the chamber , and towards the filling pump to fill the chamber without the medium in the chamber having come into contact with the filling pump .
An electronic device comprising: a first portion chassis ; a second portion chassis ; a hinge , wherein the hinge pivotably couples the first portion chassis to the second portion chassis ; and a flexible heat spreader , wherein the flexible heat spreader extends from the second portion chassis , through the hinge , and to the first portion chassis , characterized in that the flexible heat spreader includes frills configured to create a slope that is adapted to accommodate deformations in the flexible heat spreader when the first portion chassis is pivoted relative to the second portion chassis , wherein the hinge includes a support plate to confine the flexible heat spreader in a Z-direction as the first portion chassis is pivoted relative to the second portion chassis , wherein the flexible heat spreader is a flexible graphite sheet, a flexible copper sheet, or a flexible aluminum sheet, wherein the first portion chassis is adapted to rotate from about zero degrees to about one hundred and eighty degrees relative to the second portion chassis . a first portion chassis ; a second portion chassis ; a hinge , wherein the hinge pivotably couples the first portion chassis to the second portion chassis ; and a flexible heat spreader , wherein the flexible heat spreader extends from the second portion chassis , through the hinge , and to the first portion chassis , characterized in that the flexible heat spreader includes frills configured to create a slope that is adapted to accommodate deformations in the flexible heat spreader when the first portion chassis is pivoted relative to the second portion chassis , wherein the hinge includes a support plate to confine the flexible heat spreader in a Z-direction as the first portion chassis is pivoted relative to the second portion chassis , wherein the flexible heat spreader is a flexible graphite sheet, a flexible copper sheet, or a flexible aluminum sheet, wherein the first portion chassis is adapted to rotate from about zero degrees to about one hundred and eighty degrees relative to the second portion chassis .
A system comprising a Coriolis-type flow measuring device comprising (i) a channel comprising device and (ii) an actuation system configured to let at least part of a channel vibrate thereby causing temporary displacements, wherein the channel comprising device comprises the channel with a channel wall , a channel inlet and a channel outlet , wherein the channel wall is made of a polymer , wherein the polymer is a polymer obtainable by a process using a photoresist, wherein at least part of the channel is configured flexible relative to a remainder of the channel comprising device characterised in that the polymer is an epoxy-based polymer and that the polymer is SU-8.