mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic wearable device is adapted to form a loop around a body part of a user, the electronic wearable device comprising: - an elongated member being a part of the loop and a control unit , wherein - the elongated member comprises an electroactive polymer , whereby the shape of the electroactive polymer is adapted to be changed by regulating a voltage applied to the electroactive polymer, wherein - the control unit is configured to regulate the voltage applied to the electroactive polymer for adjustment of the shape of the electroactive polymer , whereby - the circumference of the loop is changed in response to the change in shape of the electroactive polymer characterised in that - the shape of the electroactive polymer is configured to deform in the circumferential direction of the loop by regulating voltage applied to the electroactive polymer; - at least one strain gauge is operatively connected to the control unit of the electronic wearable device and to the elongated member ; and - the electronic wearable device comprises controls operatively connected to the control unit for user activation, wherein the controls are adapted to be activated by the user when the electroactive polymer is to be deformed for adjusting the length of the elongated member to tighten the wearable device by decreasing its circumference or loosen the wearable device by increasing its circumference. - an elongated member being a part of the loop and a control unit , wherein - the elongated member comprises an electroactive polymer , whereby the shape of the electroactive polymer is adapted to be changed by regulating a voltage applied to the electroactive polymer, wherein - the control unit is configured to regulate the voltage applied to the electroactive polymer for adjustment of the shape of the electroactive polymer , whereby - the circumference of the loop is changed in response to the change in shape of the electroactive polymer characterised in that - the shape of the electroactive polymer is configured to deform in the circumferential direction of the loop by regulating voltage applied to the electroactive polymer; - at least one strain gauge is operatively connected to the control unit of the electronic wearable device and to the elongated member ; and - the electronic wearable device comprises controls operatively connected to the control unit for user activation, wherein the controls are adapted to be activated by the user when the electroactive polymer is to be deformed for adjusting the length of the elongated member to tighten the wearable device by decreasing its circumference or loosen the wearable device by increasing its circumference.
A MRI targeting nano-contrast agent for atherosclerosis, characterized in that the MRI targeting nano-contrast agent for atherosclerosis comprises a targeting aptamer for atherosclerosis and a vector which is connected to the targeting aptamer for atherosclerosis, wherein the targeting aptamer for atherosclerosis contains a targeting aptamer fragment for atherosclerosis obtained through screening of macrophage-derived foam cells together with reverse screening of smooth muscle cells, endothelial cells, and THP-1 cells using a SELEX method wherein a nucleotide sequence of said targeting aptamer fragment for atherosclerosis is a sequence which has at least 80% homology with SEQ ID No:2.
A household electric appliance capable of a reserved operation of performing an operation start or stop at a set time, the appliance comprising: a receiving unit being adapted to receive a setting signal indicative of an operation start time of an operation time zone in the reserved operation of the household electric appliance from each of a remote controller and a mobile terminal ; a storage unit adapted to store contents of the setting signal; and a control unit adapted to control the operation of the household electric appliance, wherein the control unit , in the case of at least partially overlapping of the operation time zone defined by the setting signal from the remote controller and the operation time zone defined by the setting signal from the mobile terminal , is adapted to select the earlier time out of the two operation start times set by the remote controller and the mobile terminal and to perform the operation start at the selected time. a receiving unit being adapted to receive a setting signal indicative of an operation start time of an operation time zone in the reserved operation of the household electric appliance from each of a remote controller and a mobile terminal ; a storage unit adapted to store contents of the setting signal; and a control unit adapted to control the operation of the household electric appliance, wherein the control unit , in the case of at least partially overlapping of the operation time zone defined by the setting signal from the remote controller and the operation time zone defined by the setting signal from the mobile terminal , is adapted to select the earlier time out of the two operation start times set by the remote controller and the mobile terminal and to perform the operation start at the selected time.
An alumina product having a fine particle size component and a coarse particle size component, wherein: the fine particle size component has a d50 particle size in a range from 0.3 to 6 μm as determined by laser diffraction; the coarse particle size component has a d50 particle size in a range from 7 to 35 μm as determined by laser diffraction, and is characterized by an average aspect ratio in a range from 1.5 to 30, wherein the average aspect ratio is measured by the method described in the description; and the amount of the fine particle size component in the alumina product is from 10 to 90 wt. %, based on the total weight of the fine particle size component and the coarse particle size component. the fine particle size component has a d50 particle size in a range from 0.3 to 6 μm as determined by laser diffraction; the coarse particle size component has a d50 particle size in a range from 7 to 35 μm as determined by laser diffraction, and is characterized by an average aspect ratio in a range from 1.5 to 30, wherein the average aspect ratio is measured by the method described in the description; and the amount of the fine particle size component in the alumina product is from 10 to 90 wt. %, based on the total weight of the fine particle size component and the coarse particle size component.
A method for inverse tone mapping of a low dynamic range image with at least one computer generated imagery component, called first LDR image (LDR w VFX), into a high dynamic range image with said at least one computer generated image component, called first HDR image (HDR w VFX), said method comprising: - accessing (S110) said first LDR image, said first LDR image being obtained by at least one computer generated imagery component (VFX asset) rendered and composited into an LDR reference image (LDR w/o VFX) and accessing said at least one computer generated imagery component (VFX asset); the method being characterized in that it further comprises: - determining (S130) an HDR lighting indication responsive to samples from a part of said first LDR image containing said at least one computer generated imagery component (VFX asset); and responsive to samples from a respective part of a first intermediate High Dynamic Range HDR image obtained by applying an inverse tone mapping to said first LDR image; - obtaining (S140) a second intermediate HDR image by applying said inverse tone mapping to said LDR reference image; - obtaining (S150) said first HDR image from said at least one computer generated imagery component (VFX asset) rendered using said HDR lighting indication and composited into said second intermediate HDR image. - accessing (S110) said first LDR image, said first LDR image being obtained by at least one computer generated imagery component (VFX asset) rendered and composited into an LDR reference image (LDR w/o VFX) and accessing said at least one computer generated imagery component (VFX asset); - determining (S130) an HDR lighting indication responsive to samples from a part of said first LDR image containing said at least one computer generated imagery component (VFX asset); and responsive to samples from a respective part of a first intermediate High Dynamic Range HDR image obtained by applying an inverse tone mapping to said first LDR image; - obtaining (S140) a second intermediate HDR image by applying said inverse tone mapping to said LDR reference image; - obtaining (S150) said first HDR image from said at least one computer generated imagery component (VFX asset) rendered using said HDR lighting indication and composited into said second intermediate HDR image.
A system , comprising: a container having a main body and a neck , the container configured to hold a liquid drug ; a cap coupled to the neck , the cap configured to seal an open end of the container ; and a fluid path having a first end disposed within the cap and a second end disposed within a cover ; characterized by an energy source configured to emit energy; and by a shield positioned adjacent to the container , the shield configured to expose the fluid path to the emitted energy while blocking exposure of the liquid drug to a substantial portion of the emitted energy. a container having a main body and a neck , the container configured to hold a liquid drug ; a cap coupled to the neck , the cap configured to seal an open end of the container ; and a fluid path having a first end disposed within the cap and a second end disposed within a cover ; characterized by an energy source configured to emit energy; and by a shield positioned adjacent to the container , the shield configured to expose the fluid path to the emitted energy while blocking exposure of the liquid drug to a substantial portion of the emitted energy.
A tool having a working end determining device arranged in a shaft region thereof for determining a working end of the tool , wherein the working end determining device includes a writable and/or readable data storage device configured to store at least data related to the working end of the tool in at least a first memory area, and wherein the working end determining device is arranged to provide the data related to the working end of the tool in an externally detectable manner for recognizing the working end of the tool , characterized in that the working end determination device is a unit integrated into the tool and connectable to an external control device via an electrical contact in a handpiece region of the tool .
A method of forming a suture to be used in a surgical procedure applied to tissue, comprising: (a) providing an elongated suture body ; and (b) forming retainers on the elongated suture body by temporarily contacting the elongated suture body with one or more heated element , whereby said retainers are formed by melting one or more portion of the suture body by contact with said one or more heated element and separating the one or more heated element and the suture body, thereby pulling up the melted one or more portion of the suture body to form the retainers when cooled. (a) providing an elongated suture body ; and (b) forming retainers on the elongated suture body by temporarily contacting the elongated suture body with one or more heated element ,
A method, comprising: at an electronic device with a media output device: receiving a request determined based on a voice input; and in response to receiving the request: in accordance with a determination that the voice input does not match a voice profile associated with a user account that is associated with the electronic device: in accordance with a setting of the electronic device being set to a first state, causing update of account data of a first account based on the request; and in accordance with the setting of the electronic device being set to a second state, forgoing causing update of the account data of the first account based on the request, wherein the first account is different from the user account. receiving a request determined based on a voice input; and in response to receiving the request: in accordance with a determination that the voice input does not match a voice profile associated with a user account that is associated with the electronic device: in accordance with a setting of the electronic device being set to a first state, causing update of account data of a first account based on the request; and in accordance with the setting of the electronic device being set to a second state, forgoing causing update of the account data of the first account based on the request, wherein the first account is different from the user account. in accordance with a setting of the electronic device being set to a first state, causing update of account data of a first account based on the request; and in accordance with the setting of the electronic device being set to a second state, forgoing causing update of the account data of the first account based on the request, wherein the first account is different from the user account.
Method to control an adaptive cruise control in a vehicle , comprising the steps: - to determine that the vehicle ahead is in a state, wherein the vehicle ahead is neither accelerated nor decelerated, - when the vehicle ahead is in a state, wherein the vehicle ahead is neither accelerated nor decelerated, to determine the mass of the vehicle ahead, from a kinetic relation of the vehicle ahead, based on the use of a kinetic relation, wherein continuous determination of speed and speed changes of the vehicle ahead, and of the gradient of the road, on which said vehicle ahead is travelling, is carried out and, - to control the adaptive cruise control, depending on the determined mass of the vehicle ahead. - to determine that the vehicle ahead is in a state, wherein the vehicle ahead is neither accelerated nor decelerated, - when the vehicle ahead is in a state, wherein the vehicle ahead is neither accelerated nor decelerated, to determine the mass of the vehicle ahead, from a kinetic relation of the vehicle ahead, based on the use of a kinetic relation, wherein continuous determination of speed and speed changes of the vehicle ahead, and of the gradient of the road, on which said vehicle ahead is travelling, is carried out and, - to control the adaptive cruise control, depending on the determined mass of the vehicle ahead.
A strapping apparatus for strapping articles to be packaged with a strapping band, said apparatus having a tensioning device for applying a band tension to a loop of a strapping band, wherein the tensioning device is provided with a tensioning element that is provided to apply a band tension and to engage in the strapping band and is drivable in rotation, and having a closure device for creating a permanent connection, in particular a welded connection, at two regions, located one on top of the other, of the loop of the strapping band, further comprising band detection means , by means of which a non-positionally correct and/or a positionally correct position of the strapping band in the strapping apparatus is detectable, and by signaling means , by means of which a detected non-positionally correct and/or a positionally correct position of the strapping band on the strapping appliance is able to be signaled, the strapping apparatus being characterized in that the detection means comprises a contact means which is adapted to be in contact with the strapping band - only in the positionally correct position of the strapping band, such that, as a result of this contact, it causes the signaling means to display a positionally correct taking up of position or - only in the non-positionally correct position of the strapping band, such that, as a result of this contact, it causes the signaling means to display a non-positionally correct taking up of position. - only in the positionally correct position of the strapping band, such that, as a result of this contact, it causes the signaling means to display a positionally correct taking up of position or - only in the non-positionally correct position of the strapping band, such that, as a result of this contact, it causes the signaling means to display a non-positionally correct taking up of position.
A liquid crystal display device, comprising: a display panel including a pixel having a first color and a pixel having a second color; and a backlight unit configured to emit light to the display panel , wherein the backlight unit comprising: a light source providing a light of the first color; an optical sheet ; a color conversion layer between the light source and the optical sheet and converting a part of the light of the first color into light of the second color; and an air gap (A) between the color conversion layer and the optical sheet ; and an adhesive pattern between the color conversion layer and the optical sheet and having an area smaller than the color conversion layer , wherein the adhesive pattern adheres the color conversion layer and the optical sheet to each other and forms the air gap (A) between the color conversion layer and the optical sheet , wherein the optical sheet is disposed between the display panel and the color conversion layer , wherein the adhesive pattern is arranged so as not to overlap the second color pixel of the display panel but to overlap the first color pixel of the display panel . a display panel including a pixel having a first color and a pixel having a second color; and a backlight unit configured to emit light to the display panel , wherein the backlight unit comprising: a light source providing a light of the first color; an optical sheet ; a color conversion layer between the light source and the optical sheet and converting a part of the light of the first color into light of the second color; and an air gap (A) between the color conversion layer and the optical sheet ; and an adhesive pattern between the color conversion layer and the optical sheet and having an area smaller than the color conversion layer , wherein the adhesive pattern adheres the color conversion layer and the optical sheet to each other and forms the air gap (A) between the color conversion layer and the optical sheet , a light source providing a light of the first color; an optical sheet ; a color conversion layer between the light source and the optical sheet and converting a part of the light of the first color into light of the second color; and an air gap (A) between the color conversion layer and the optical sheet ; and an adhesive pattern between the color conversion layer and the optical sheet and having an area smaller than the color conversion layer , wherein the adhesive pattern adheres the color conversion layer and the optical sheet to each other and forms the air gap (A) between the color conversion layer and the optical sheet , wherein the optical sheet is disposed between the display panel and the color conversion layer , wherein the adhesive pattern is arranged so as not to overlap the second color pixel of the display panel but to overlap the first color pixel of the display panel .
A data communication method, comprising: prestoring (S21), by a terminal device, a timing advance, TA, indication list of a group of cells, wherein the TA indication list of the group of cells comprises multiple cell identities and a corresponding TA value for each cell identity; performing (S22), by the terminal device, cell selection or reselection, and obtaining a cell identity of a cell obtained based on the cell selection or reselection; querying (S23), by the terminal device based on the obtained cell identity, the TA indication list of the group of cells for a TA value corresponding to the obtained cell identity; and if the terminal device successfully finds the TA value corresponding to the obtained cell identity, sending (S24), by the terminal device, an uplink Radio Resource Control, RRC, message in a random access-free manner, wherein sending the uplink RRC message in the random access-free manner is directly sending, by the terminal device based on the found TA value, the uplink RRC message to a network device that provides a service for the cell. prestoring (S21), by a terminal device, a timing advance, TA, indication list of a group of cells, wherein the TA indication list of the group of cells comprises multiple cell identities and a corresponding TA value for each cell identity; performing (S22), by the terminal device, cell selection or reselection, and obtaining a cell identity of a cell obtained based on the cell selection or reselection; querying (S23), by the terminal device based on the obtained cell identity, the TA indication list of the group of cells for a TA value corresponding to the obtained cell identity; and if the terminal device successfully finds the TA value corresponding to the obtained cell identity, sending (S24), by the terminal device, an uplink Radio Resource Control, RRC, message in a random access-free manner, wherein sending the uplink RRC message in the random access-free manner is directly sending, by the terminal device based on the found TA value, the uplink RRC message to a network device that provides a service for the cell.
A thermosyphon, comprising: a condenser having a first condenser orifice configured to allow vapor to enter the condenser ; the condenser further having a second condenser orifice configured to allow liquid to leave, and vapor to enter, the condenser , the first condenser orifice and the second condenser orifice being located on a bottom of the condenser ; an evaporator having a first evaporator orifice configured to allow vapor to exit the evaporator ; the evaporator further having a second evaporator orifice located below the second condenser orifice and configured to allow liquid to enter, and vapor to leave, the evaporator , the first evaporator orifice and the second evaporator orifice being located on a top of the evaporator ; a plurality of evaporator fins positioned within the evaporator , wherein the evaporator fins direct movement of fluid within the evaporator from the second evaporator orifice towards the first evaporator orifice ; a vapor tube fluidly coupling the first evaporator orifice to the first condenser orifice ; a liquid tube fluidly coupling the second condenser orifice to the second evaporator orifice ; characterised in that in use the vapour tube and the liquid tube are parallel to each other and positioned in one horizontal plane, such that the condenser is positioned above the vapour tube and the liquid tube , and the evaporator is positioned below the vapour tube . a condenser having a first condenser orifice configured to allow vapor to enter the condenser ; the condenser further having a second condenser orifice configured to allow liquid to leave, and vapor to enter, the condenser , the first condenser orifice and the second condenser orifice being located on a bottom of the condenser ; an evaporator having a first evaporator orifice configured to allow vapor to exit the evaporator ; the evaporator further having a second evaporator orifice located below the second condenser orifice and configured to allow liquid to enter, and vapor to leave, the evaporator , the first evaporator orifice and the second evaporator orifice being located on a top of the evaporator ; a plurality of evaporator fins positioned within the evaporator , wherein the evaporator fins direct movement of fluid within the evaporator from the second evaporator orifice towards the first evaporator orifice ; a vapor tube fluidly coupling the first evaporator orifice to the first condenser orifice ; a liquid tube fluidly coupling the second condenser orifice to the second evaporator orifice ; characterised in that in use the vapour tube and the liquid tube are parallel to each other and positioned in one horizontal plane, such that the condenser is positioned above the vapour tube and the liquid tube , and the evaporator is positioned below the vapour tube .