mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic device, comprising: a housing having an interior surface and an exterior surface opposing the interior surface, wherein the interior surface includes one or more boss structures ; a printed circuit board , PCB, having a first surface and one or more receiving holes , wherein the first surface faces the interior surface of the housing and includes a conductive area surrounding each receiving hole; and one or more touch sensors (214, 414, 414A-414C) coupled between the housing and the PCB, wherein each touch sensor includes a sensing portion and a contact portion extending from the sensing portion, and wherein in each touch sensor: the sensing portion is placed in proximity to the interior surface of the housing, and is configured to detect a touch on a corresponding area of the exterior surface of the housing; the contact portion includes an opening aligned with a receiving hole of the PCB and a boss structure of the housing; and the contact portion further includes a contact ring in which the opening is defined and a spring finger physically separated from the contact ring, wherein both the contact ring and the spring finger are configured to electrically contact the conductive area on the PCB. a housing having an interior surface and an exterior surface opposing the interior surface, wherein the interior surface includes one or more boss structures ; a printed circuit board , PCB, having a first surface and one or more receiving holes , wherein the first surface faces the interior surface of the housing and includes a conductive area surrounding each receiving hole; and one or more touch sensors (214, 414, 414A-414C) coupled between the housing and the PCB, wherein each touch sensor includes a sensing portion and a contact portion extending from the sensing portion, and wherein in each touch sensor: the sensing portion is placed in proximity to the interior surface of the housing, and is configured to detect a touch on a corresponding area of the exterior surface of the housing; the contact portion includes an opening aligned with a receiving hole of the PCB and a boss structure of the housing; and the contact portion further includes a contact ring in which the opening is defined and a spring finger physically separated from the contact ring, wherein both the contact ring and the spring finger are configured to electrically contact the conductive area on the PCB. the sensing portion is placed in proximity to the interior surface of the housing, and is configured to detect a touch on a corresponding area of the exterior surface of the housing; the contact portion includes an opening aligned with a receiving hole of the PCB and a boss structure of the housing; and the contact portion further includes a contact ring in which the opening is defined and a spring finger physically separated from the contact ring, wherein both the contact ring and the spring finger are configured to electrically contact the conductive area on the PCB.
A noise suppression system for noise suppression of a sound signal in a noisy environment, the sound signal comprising speech of a user when the user is speaking, the system comprising - at least one first sound receiver adapted to obtain, during use, a first sound signal , and - at least one second sound receiver adapted to obtain, during use, a second sound signal , wherein - the first sound signal comprises a first airborne noise signal from one or more ambient noise sources when noise is present and a first airborne speech signal when the user is speaking, - the second sound signal comprises a second airborne noise signal from the one or more ambient noise sources when noise is present and a second airborne speech signal when the user is speaking, - the at least one first sound receiver is a vibration pickup or transducer adapted to obtain, during use, an additional speech signal when the user is speaking, wherein the additional speech signal is obtained directly or indirectly in response to vibrations propagating through the user , the vibrations being caused by the user speaking, and - the first sound signal further comprises the additional speech signal when the user is speaking, wherein the system is adapted to suppress, during use, at least a part of the first airborne noise signal , when present, in the first sound signal using a derived relationship between the first airborne noise signal and the second airborne noise signal , and wherein the system is adapted to dynamically derive the derived relationship when the user is determined to not be speaking and to lock the derived relationship when the user is speaking. - at least one first sound receiver adapted to obtain, during use, a first sound signal , and - at least one second sound receiver adapted to obtain, during use, a second sound signal , - the first sound signal comprises a first airborne noise signal from one or more ambient noise sources when noise is present and a first airborne speech signal when the user is speaking, - the second sound signal comprises a second airborne noise signal from the one or more ambient noise sources when noise is present and a second airborne speech signal when the user is speaking, - the at least one first sound receiver is a vibration pickup or transducer adapted to obtain, during use, an additional speech signal when the user is speaking, wherein the additional speech signal is obtained directly or indirectly in response to vibrations propagating through the user , the vibrations being caused by the user speaking, and - the first sound signal further comprises the additional speech signal when the user is speaking,
A method performed by processing hardware associated with a user device , wherein the user device is configured to support a first radio access technology, RAT, and a second RAT, and is configured to support packet-based voice calls over the first RAT, and to operate in a voice-centric mode via a usage setting, the method comprising: enabling an access mode in which the user device is configured to operate using the second RAT; and selecting a cell (122-1, 122-2, 124) in which a base station operates according to the second RAT even though the user device does not support packet-based voice calls over the second RAT. enabling an access mode in which the user device is configured to operate using the second RAT; and selecting a cell (122-1, 122-2, 124) in which a base station operates according to the second RAT even though the user device does not support packet-based voice calls over the second RAT.
An electric actuator , comprising: a first sun gear configured to be rotated by a first motor ; at least one first planetary gear meshing with the first sun gear ; a first internal gear having internal teeth that meshes with the at least one first planetary gear , the rotation of the first internal gear being restrained; and an output section receiving a reduced output from the first motor through a rotational member supported by a bearing and through a second internal gear , wherein the output section receives an output from a second motor through a planetary gear mechanism that includes the second internal gear , a Z second sun gear , and a second planetary gear , wherein the second sun gear is configured to be rotated by the second motor , wherein the at least one second planetary gear is meshing with the second sun gear , and wherein the second internal gear has internal teeth meshing with the at least one second planetary gear , characterized in that the rotational member is configured to rotate at the same speed and in the same direction as the revolution of the at least one first planetary gear around an axis of the first sun gear , the second internal gear is configured to rotate at the same speed and in the same direction as the rotational member , and the output section is configured to rotate at the same speed and in the same direction as the revolution of the at least one second planetary gear around the axis of the second sun gear . a first sun gear configured to be rotated by a first motor ; at least one first planetary gear meshing with the first sun gear ; a first internal gear having internal teeth that meshes with the at least one first planetary gear , the rotation of the first internal gear being restrained; and an output section receiving a reduced output from the first motor through a rotational member supported by a bearing and through a second internal gear , wherein the output section receives an output from a second motor through a planetary gear mechanism that includes the second internal gear , a Z second sun gear , and a second planetary gear , wherein the second sun gear is configured to be rotated by the second motor , wherein the at least one second planetary gear is meshing with the second sun gear , and wherein the second internal gear has internal teeth meshing with the at least one second planetary gear , characterized in that the rotational member is configured to rotate at the same speed and in the same direction as the revolution of the at least one first planetary gear around an axis of the first sun gear , the second internal gear is configured to rotate at the same speed and in the same direction as the rotational member , and the output section is configured to rotate at the same speed and in the same direction as the revolution of the at least one second planetary gear around the axis of the second sun gear .
A combined fall protection and fixture system for mounting on roofing felt or film coated roofs and including at least one base for mounting on a roof surface, the roof including a support plate for a roofing felt cover or membrane , an underlying insulation and a supporting roof construction , wherein the base is integrated with a roofing felt or film flashing, the roofing felt or film flashing preferably including a lower roofing felt and a upper roofing felt for attachment to the roofing felt cover or membrane of the roof, the base including an abutment plate for fastening to the roof surface and a first anchoring rod projecting up from the top side of the abutment plate, wherein the abutment plate is a rectangular plate having side edges, wherein the anchoring rod is mounted in a bushing in the abutment plate , and which anchoring rod is connected with anchoring means that are designed in dependence of the intended use, wherein the abutment plate is provided with a three-dimensional form as it is provided with radially extending projections extending from a central part of the rectangular plate and be directed towards the corners of the plate and the centre of the long sides of the plate, wherein that the anchoring means include a fitting with an eyelet at which can be mounted a wire that fastens the user directly to the combined fall protection and fixture system or alternatively the eyelet may be used for a through-going wire also passing through corresponding eyelets or fittings of other bases forming part of a combined fall protection and fixture system, wherein a second anchoring rod also is mounted in the bushing in the abutment plate , projecting down from the bottom side of the abutment plate and provided with fastening means such that the second anchoring rod can be fastened in the supporting roof construction under the roof surface. wherein the abutment plate is provided with a three-dimensional form as it is provided with radially extending projections extending from a central part of the rectangular plate and be directed towards the corners of the plate and the centre of the long sides of the plate, wherein that the anchoring means include a fitting with an eyelet at which can be mounted a wire that fastens the user directly to the combined fall protection and fixture system or alternatively the eyelet may be used for a through-going wire also passing through corresponding eyelets or fittings of other bases forming part of a combined fall protection and fixture system, wherein a second anchoring rod also is mounted in the bushing in the abutment plate , projecting down from the bottom side of the abutment plate and provided with fastening means such that the second anchoring rod can be fastened in the supporting roof construction under the roof surface.
A method for operating a user equipment, UE, , the method comprising: receiving, from a first beacon device , a first signal comprising a first category identification, ID and a first unique ID; determining whether a signal strength of the received first signal is below a threshold value or exceeds the threshold value; registering the first category ID in the UE responsive to a determination that the signal strength of the received first signal exceeds the threshold value; receiving, from a second beacon device , a second signal comprising a second category ID and a second unique ID different from the first unique ID; determining whether the second category ID matches the first category ID; and presenting information corresponding to the second unique ID responsive to the second category ID matching the registered first category ID. receiving, from a first beacon device , a first signal comprising a first category identification, ID and a first unique ID; determining whether a signal strength of the received first signal is below a threshold value or exceeds the threshold value; registering the first category ID in the UE responsive to a determination that the signal strength of the received first signal exceeds the threshold value; receiving, from a second beacon device , a second signal comprising a second category ID and a second unique ID different from the first unique ID; determining whether the second category ID matches the first category ID; and presenting information corresponding to the second unique ID responsive to the second category ID matching the registered first category ID.
An elevator system, comprising: an imaging unit installed above a doorway of a car to perform an imaging operation to obtain an image of a hall, the doorway of the car and vicinity thereof in an interior of the car ; characterized in that the elevator system further comprises a measuring unit which measures an exposure amount of a specified detection area in the image obtained by the imaging unit ; and a controller which adjusts an exposure adjustment parameter of the imaging unit in accordance with the exposure amount measured by the measuring unit , to execute a control such that the exposure amount of the detection area is set to a proper exposure value, wherein while the door is being opened, as the detection area, the controller specifies a detection area (A) in the interior of the car , and notifies the measuring unit of the specified detection area; and while the door is being closed, as the detection area, the controller specifies a detection area (B) in the hall, and notifies the measuring unit of the specified detection area. an imaging unit installed above a doorway of a car to perform an imaging operation to obtain an image of a hall, the doorway of the car and vicinity thereof in an interior of the car ; characterized in that the elevator system further comprises a measuring unit which measures an exposure amount of a specified detection area in the image obtained by the imaging unit ; and a controller which adjusts an exposure adjustment parameter of the imaging unit in accordance with the exposure amount measured by the measuring unit , to execute a control such that the exposure amount of the detection area is set to a proper exposure value, wherein while the door is being opened, as the detection area, the controller specifies a detection area (A) in the interior of the car , and notifies the measuring unit of the specified detection area; and while the door is being closed, as the detection area, the controller specifies a detection area (B) in the hall, and notifies the measuring unit of the specified detection area.
A crane comprising: a main body; a tower derrickably supported by the main body; a jib derrickably supported by the tower ; an assist member that is configured to assist the jib to move along a ground; and a determination unit that is configured to determine whether or not the jib is stopped when the tower is lowered in a lowering work state where the jib is assisted by the assist member , characterized in that the determination unit is configured to determine that the jib is stopped, in a case where the jib is stopped by an obstacle when the tower is lowered in the lowering work state. a main body; a tower derrickably supported by the main body; a jib derrickably supported by the tower ; an assist member that is configured to assist the jib to move along a ground; and a determination unit that is configured to determine whether or not the jib is stopped when the tower is lowered in a lowering work state where the jib is assisted by the assist member , characterized in that the determination unit is configured to determine that the jib is stopped, in a case where the jib is stopped by an obstacle when the tower is lowered in the lowering work state.
A pressurized surgical instrument system comprising: A surgical instrument having a body portion and an elongate tubular member extending from the body portion; a primary sensor positioned within the surgical instrument for detecting a pressure in a working environment; a pressurization mechanism positioned within the body portion of the surgical instrument, the pressurization mechanism including a controller connected to the primary sensor and a pressure delivery system connected to the controller, the pressure delivery system being in fluid communication with an interior of the surgical instrument; and a cannula comprising a body portion and a cannula tube extending distally from the body portion, wherein the body portion and the cannula tube form a throughbore configured for receipt of a portion of the surgical instrument, wherein the body portion further comprises a gas port for providing an insufflation fluid to the working environment. A surgical instrument having a body portion and an elongate tubular member extending from the body portion; a primary sensor positioned within the surgical instrument for detecting a pressure in a working environment; a pressurization mechanism positioned within the body portion of the surgical instrument, the pressurization mechanism including a controller connected to the primary sensor and a pressure delivery system connected to the controller, the pressure delivery system being in fluid communication with an interior of the surgical instrument; and a cannula comprising a body portion and a cannula tube extending distally from the body portion, wherein the body portion and the cannula tube form a throughbore configured for receipt of a portion of the surgical instrument, wherein the body portion further comprises a gas port for providing an insufflation fluid to the working environment.
A glove , comprising: a hand portion ; a sleeve portion being made integral to said hand portion and extending conically outward from said hand portion; a cuff portion being made integral with said sleeve portion and extending conically outward from said sleeve portion; and a connection portion between said cuff portion and said sleeve portion, said connection portion being comprised of an annular ridge on an exterior side of said connection portion, said cuff portion folding over said sleeve portion at said connection portion the glove being characterized in that said annular ridge is comprised of a surface with a first V-shaped channe on a first side of said surface and a second V-shaped channel on a second side of said surface. a hand portion ; a sleeve portion being made integral to said hand portion and extending conically outward from said hand portion; a cuff portion being made integral with said sleeve portion and extending conically outward from said sleeve portion; and a connection portion between said cuff portion and said sleeve portion, said connection portion being comprised of an annular ridge on an exterior side of said connection portion, said cuff portion folding over said sleeve portion at said connection portion the glove being characterized in that said annular ridge is comprised of a surface with a first V-shaped channe on a first side of said surface and a second V-shaped channel on a second side of said surface.
An in vitro method for the diagnosis of bone metastasis in a subject with ER+ breast cancer and/or for the prognosis of the tendency to develop bone metastasis in a subject with ER+ breast cancer which comprises (i) quantifying the c-MAF gene expression level or copy number in a tumor tissue sample of said subject and (ii) comparing the expression level or copy number previously obtained with the expression level or copy number of said gene in a control sample, wherein if the expression level or copy number of said gene is increased with respect to the control sample, then said subject has a positive diagnosis for bone metastasis or a greater tendency to develop bone metastasis. (i) quantifying the c-MAF gene expression level or copy number in a tumor tissue sample of said subject and (ii) comparing the expression level or copy number previously obtained with the expression level or copy number of said gene in a control sample, wherein if the expression level or copy number of said gene is increased with respect to the control sample, then said subject has a positive diagnosis for bone metastasis or a greater tendency to develop bone metastasis.
Transfer device for transferring a formwork , in particular a ceiling formwork element, comprising: a holding frame for the releasable arrangement of the formwork , a support frame for supporting the holding frame , an engaging and disengaging device for moving the holding frame relative to the support frame between an engaging position for engaging the formwork into at least one support head on at least one formwork support and a disengaging position for disengaging the formwork from the at least one support head on the at least one formwork support , characterized in that , the engaging and disengaging device comprises at least one slotted guide , preferably two slotted guides on opposite longitudinal sides of the support frame , with an upward section and a downward section , and at least one guide element on the holding frame , wherein the guide element is guided in the slotted guide . a holding frame for the releasable arrangement of the formwork , a support frame for supporting the holding frame , an engaging and disengaging device for moving the holding frame relative to the support frame between an engaging position for engaging the formwork into at least one support head on at least one formwork support and a disengaging position for disengaging the formwork from the at least one support head on the at least one formwork support , characterized in that , the engaging and disengaging device comprises at least one slotted guide , preferably two slotted guides on opposite longitudinal sides of the support frame , with an upward section and a downward section , and at least one guide element on the holding frame , wherein the guide element is guided in the slotted guide .